KOMAG http://new.komag.eu Institute of mining technology Thu, 26 Mar 2020 08:46:56 +0000 en-GB hourly 1 http://new.komag.eu/wp-content/uploads/2020/01/cropped-komag-instytut-techniki-gorniczej-favicon-32x32.png KOMAG http://new.komag.eu 32 32 Editorial board http://new.komag.eu/en/editorial-board/ Tue, 04 Feb 2020 09:44:49 +0000 http://new.komag.eu/?p=6246 Publisher and contact KOMAG Instytute of Mining Technology Pszczyńska 37 44-101 Gliwice Poland E-mail of Editorial Office: miningmachines@komag.eu Editor – in – Chief: phone: +48 … "Editorial board"

Artykuł Editorial board pochodzi z serwisu KOMAG.

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Publisher and contact

KOMAG Instytute of Mining Technology
Pszczyńska 37
44-101 Gliwice
Poland
E-mail of Editorial Office: miningmachines@komag.eu
Editor – in – Chief: phone: +48 32 2374600, e-mail: dprostanski@komag.eu
Secretary of Editorial Office: phone: +48 32 2374177, e-mail: rzajac@komag.eu
http://new.komag.eu/en/editorial-office/

Editorial Staff

Editor – in – Chief: Dariusz Prostański, Prof. ITG KOMAG
Subeditor: Edward Pieczora, Ph.D.Eng.
Secretary: Romana Zając, M.Sc.Eng.

Thematic Editors

Scientific discipline

Environment engineering, mining and power engineering

Beata Grynkiwicz-Bylina, Prof. ITG KOMAG
Prof. Aleksander Lutyński
Stanisław Szweda, Prof. ITG KOMAG
Automation, electronics and electrotechnics
Krzysztof Stankiewicz, Ph.D.Eng.

Mechanical engineering

Jarosław Tokarczyk, Ph.D.Eng.
English Language Editor – Małgorzata Malec, Ph.D.Eng.
Technical Editor – Marzena Pabian-Macina, M.Sc.Eng.

Artykuł Editorial board pochodzi z serwisu KOMAG.

]]> Information for Authors http://new.komag.eu/en/information-for-authors/ Tue, 04 Feb 2020 09:02:17 +0000 http://new.komag.eu/?p=6231 Information for Authors The Editorial Office accepts original articles, unpublished earlier, of the thematic content in accordance with the magazine profile. The Editorial Office reserves … "Information for Authors"

Artykuł Information for Authors pochodzi z serwisu KOMAG.

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Information for Authors
  1. The Editorial Office accepts original articles, unpublished earlier, of the thematic content in accordance with the magazine profile.
  2. The Editorial Office reserves the right to resign from publishing the article if:
    • its subject – matter is not within the magazine profile,
    • the article does not obtain positive reviews,
    • the article is incomplete or contains typographic materials of too low quality,
    • the article has not been prepared according to the editorial guidelines.
  3. The Author/Authors are required:
    • to reveal a contribution of individuals in an elaboration of the publication, but the main responsibility for the content of the submitted article is borne by the author delivering it,
    • to show the information about the subjects contributing to a preparation of the publication (thematic, in kind, financial input etc.),
    • to mention the person, whose input in a preparation of the publication has been significant and whose name is not among the authors, he/she should be mentioned in the acknowledgements included in the publication.
  4. An indispensable condition of publishing the article includes conveying the author and proprietary rights by the author/authors to the Instytut Techniki Górniczej KOMAG (Application Form).
  5. All the detected cases of ghostwriting or guest authorship will be brought to light, including a notification of the appropriate institutions (institutions employing the authors, scientific societies, associations of scientific editors and so on).
  6. The Author/Authors are requested to follow the principles of publishing articles:
  7. The volume of the article should not be smaller than 6 but not bigger than 10 editorial pages according to the established magazine template.
  8. The text, planned for a publication, should be delivered on the above mentioned template in the editing version together with a filled – in and signed Article Application Form (materials should be sent to the e-mail address: miningmachines@komag.eu
  9. An initial approval of the article is done by the Editorial Office after having checked:
    • the content of the publication original, i.e. whether it contains: author’s/authors’ scientific/professional degrees and titles, author’s/authors’ affiliations, title, abstract, preamble (introduction), formulation of subject-matter in clauses, summary, records of literature (bibliography).
    • Article Application Form.
  10. The Thematic Editor qualifies the article for reviews.
  11. Obtaining positive reviews is a condition of approving the article for a publication – see the Reviewing Procedure.
  12. A correction of the article reviewed version by the English Language Editor and the Technical Editor is conducted.
  13. The Editor – in – Chief approves the article final version for a publication.

    14. Attention: The Editorial Office does not charge any fees for a publishing process and for an approval of the text (APC – Article Processing Charge).

    Forms for collection:
    Application Form [doc]
    Article Template [doc]
    Link extension to Item 5 of the Information for Authors.

    Ghostwriting barrier

    The readers of the “Mining Machines” Quaterly have certainty that the author/authors of the publications in a clear, fair and honest manner present the results of their work, irrespective of the fact whether they are its direct authors or they have used an assistance from a specialized subject. The Editorial Office demands from the publication authors to reveal an input of individual authors in an elaboration of a publication (giving their affiliation, i.e. the information who is the author of the concept, assumptions, methods and so on, used for a preparation of the publication), but the main responsibility is borne by the author submitting the article. The Editorial Office requires the information about the sources of financing the publication, the input of scientific-and-research institutions, societies and other subjects.

Artykuł Information for Authors pochodzi z serwisu KOMAG.

]]> Reviewing procedure http://new.komag.eu/en/reviewing-procedure/ Tue, 04 Feb 2020 09:00:39 +0000 http://new.komag.eu/?p=6230 REVIEWING PROCEDURE Reviews Only the articles, which obtained positive reviews, will be published. Steps of reviewing procedure The procedure of reviewing articles is in accordance … "Reviewing procedure"

Artykuł Reviewing procedure pochodzi z serwisu KOMAG.

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REVIEWING PROCEDURE Reviews Only the articles, which obtained positive reviews, will be published. Steps of reviewing procedure
  1. The procedure of reviewing articles is in accordance with the recommendations described in the brochure “Good practices in reviewing procedures in science”.
  2. Authors, delivering their articles for a publication in the magazine, express their consent to have their articles reviewed.
  3. Delivered articles are subject to a general assessment by the Editorial Office and then they are evaluated by reviewers.
  4. At least two independent reviewers, employed at different institutions than the author/authors are appointed. The reviewers guarantee independent opinions, lack of conflict of interest, lack of personal and business relationships with the article authors and observing the confidentiality principles.
  5. The recommended form of a review is a model, in which the author/authors do not know their identities (so called “double – blind review process”).
  6. The results of the review are sent directly to the author/authors, and then it is possible to correspond with the Editorial Office as regards probable remarks or a qualification for publishing.
  7. The review is presented on the Review Form. The reviewer delivers a signed review in which he states explicitly that the article is approved for a publication or that it is rejected.
  8. The final decision about a qualification for a publication is taken by the Editorial Staff.
  9. On the website there is a list of reviewers collaborating with the magazine Editorial Office (Recenzenci – Reviewers).
The Editorial Staff of the “Mining Machines” Quaterly expresses gratitude to all the reviewers for taking duties of reviewing scientific and technical articles. We would like to thank you for your clear-sightness, scrupulosity and punctuality of delivering reviews. Your reviews guarantee keeping high level of our publications and support a scientific development of many authors who publish in our magazine. Information for reviewers The Editorial Office kindly asks Reviewers for a punctual preparation of reviews and for delivering them to the Secretary or the Editor-in-Chief. The form can be collected: Article Review Form [doc] PUBLICATION ETHICS The principles of the publication ethics of the “Mining Machines” Editorial Office are based on the best guidelines in accordance with the guidelines of the Committee on Publication Ethics (COPE) for editors of magazines. In the case of any suspicion of the fraud or neglect connected with the research process, a preparation of the text and its publication, the magazine Editorial Office uses the means aiming at an elimination of such behaviour. The procedures applied by the Editorial Office encompass, for example, a request for an explanation, a rejection of the article. In the case when it lacks the authors’ explanations as regards the suspisions, the Editorial Office can apply for assistance to the institutions dealing with such issues. http://new.komag.eu/en/information-for-authors/

Artykuł Reviewing procedure pochodzi z serwisu KOMAG.

]]> Editorial office http://new.komag.eu/en/editorial-office/ Tue, 04 Feb 2020 08:56:27 +0000 http://new.komag.eu/?p=6227 Publisher and contact KOMAG Institute of Mining Technology Pszczyńska 37 44-101 Gliwice, Poland E-mail of Editorial Office: miningmachines@komag.eu Editor – in – Chief: phone: +48 … "Editorial office"

Artykuł Editorial office pochodzi z serwisu KOMAG.

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Publisher and contact
KOMAG Institute of Mining
Technology
Pszczyńska 37
44-101 Gliwice, Poland
E-mail of Editorial Office:
miningmachines@komag.eu
Editor – in – Chief: phone: +48 32 2374600, e-mail: dprostanski@komag.eu
Secretary of Editorial Office: phone: +48 32 2374177, e-mail: rzajac@komag.eu
http://new.komag.eu/editorial-office
Editorial Staff
Editor – in – Chief: Dariusz Prostański, Prof. ITG KOMAG
Subeditor: Edward Pieczora, Ph.D.Eng.
Secretary: Romana Zając, M.Sc.Eng.
Thematic Editors
Scientific discipline
Environment engineering, mining and power engineering
Beata Grynkiwicz-Bylina, Prof. ITG KOMAG Prof. Aleksander Lutyński Stanisław Szweda, Prof. ITG KOMAG
Automation, electronics and electrotechnics
Krzysztof Stankiewicz, Ph.D.Eng.
Mechanical engineering
Jarosław Tokarczyk, Ph.D.Eng.

English Language Editor – Małgorzata Malec, Ph.D.Eng.
Technical Editor – Marzena Pabian-Macina, M.Sc.Eng.

Artykuł Editorial office pochodzi z serwisu KOMAG.

]]> Scientific monographs http://new.komag.eu/en/scientific-monographs/ Tue, 04 Feb 2020 08:44:59 +0000 http://new.komag.eu/?p=6220 Edition of a new series entitled “Scientific projects – the KOMAG’s monographs” was initiated at the KOMAG Institute of Mining Technology in 2003. Presentation of … "Scientific monographs"

Artykuł Scientific monographs pochodzi z serwisu KOMAG.

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Edition of a new series entitled “Scientific projects – the KOMAG’s monographs” was initiated at the KOMAG Institute of Mining Technology in 2003. Presentation of significant problems referring to the scientific and research projects of the Institute is the series objective. Titles given below are the result of research projects and grants realized at the KOMAG Institute and their objective is to present significant state-of-the-art design techniques and innovative technological solutions. Contact e-mail: rzajac@komag.eu

Monograph 56

Method of parameterisation and selection of control algorithms for AFC’s Jerzy ŚWIDER Kamil SZEWERDA Krzysztof HERBUŚ Abstract

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Monograph 52

Methodology for identifying the selected mechanical hazards in auxiliary transport of underground mines Jarosław TOKARCZYK Abstract

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Monograph 51

Air-water spraying method for reducing the methane and coal dust explosion hazard as well as for reducing the airborne dust concentration Dariusz PROSTAŃSKI Abstract

Czytaj więcej...

Monograph 50

Methodology for selection of operating point of an engine in a hybrid drive with use of simulation models Arkadiusz MĘŻYK Rafał KONSEK Abstract

Czytaj więcej...

Monograph 49

Methodology for identification of significant sources of sound in areas of mining and power plant objects. Laboratory tests and theoretical studies Aneta AUGUSTYN Abstract

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Monograph 48

Prediction of frictional coupling of wheel and rail in control of braking systems of rail vehicles Andrzej Baier Andrzej Niedworok Abstract

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Monograph 47

Impact of parameters of spraying stream on reduction of concentration of dust generated by longwall shearer Dominik Bałaga Marek Jaszczuk Abstract

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Monograph 46

Ecological problems of diesel engines used in hard coal mine undergrounds Krzysztof Kaczmarczyk Marek Brzeżański Abstract

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Monograph 44

Methodology for identification of significant sources of sound in areas of mining and power plant objects. Laboratory tests and theoretical studies Aneta Augustyn Abstract

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Monograph 45

Research work on wet dust control process of roadway air using a dispersion dust collector Marek Jedziniak Jan Hehlmann Abstract

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Monograph 43

Use of the energy recuperation system in a diesel engine of the mining machine Jerzy ŚwiderMariusz Woszczyński An increasing number of electric and electronic devices … "Monograph 43"

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Monograph 42

Tests of acoustic field in closed areas of power plants Marek Pierchała Power objects belong to strategic installations. Characteristics of tested objects make tests and … "Monograph 42"

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Monograph 41

Computer aided tools for shaping of competencies of underground transport workers in coal mine Łukasz Jaszczyk A method of conducting training of coal mines’ workers … "Monograph 41"

Czytaj więcej...

Monograph 38

Advisory system supporting roadheader operator Józef JonakJoanna Rogala-Rojek Development of roadways with use of roadheaders is the basic work in the mining industry, which opens … "Monograph 38"

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Monograph 37

Use of air-and-water aerosol in control of airborne dust concentration in mine air Antoni KALUKIEWICZPiotr ROJEK In the Polish mining industry we observe high rate … "Monograph 37"

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Monograph 30

Strength calculations of koepe pulley considering the selected dynamic loads Dagmara TEJSZERSKAKrzysztof TUREWICZ Methodology of strength calculations of Koepe pulley of hoisting machines, with the … "Monograph 30"

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Monograph 29

Logistics chain in repairing services of a particular type of machines Teodor WINKLERMagdalena ROZMUS The subject of this paper are repairing services of mining machines. … "Monograph 29"

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Monograph 36

Hydrochemical modelling as a part of assessment of usability of wastes from underground mining in road construction Bożena Rakwic Wastes from hard coal mining industry … "Monograph 36"

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Monograph 35

The use of an artificial neural network in the roadheader control system Jerzy Świder, Dariusz Jasiulek A method for selection of vow circumferential speed of … "Monograph 35"

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Monograph 34

The pathogenesis and treatment of sepsis Monika Gawlik-JędrysiakAndrzej Gamian Systemic bacterial infections in patients of hospital intensive care units are growing medical problem. Sever sepsis … "Monograph 34"

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Monograph 33

Impact of changes in feed parameters on operation of float system for control of collection of jig separation products Stanisław CierpiszDaniel Kowol The results determining … "Monograph 33"

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Monograph 32

Power and ecological effects of hard coal burning with rubber wastes Joachim KoziołPiotr Matusiak   Wastes treatment is one the most important problems of modern civilization. … "Monograph 32"

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Monograph 31

Strength tests of design of telescopic boom of mining loader Stanisław Wolny, Marek Kalita Theoretical reflections and experiment on a real object conducted for loading … "Monograph 31"

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Monograph 28

Impact of gas accumulator parameters on the amounts characterizing the pressure change in annular compartment of the hydraulic leg Stanisław Szweda, Krzysztof Mazurek Use of … "Monograph 28"

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Monograph 27

Optimization of design features of mining machines’ drive systems in the aspect of their durability and reliability Eugeniusz Świtoński, Wojciech Chuchnowski The method of optimal … "Monograph 27"

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Monograph 26

Formation of metal sheets connection by a cold moulding method Krzysztof Tubielewicz, Krzysztof Turczyński New technical solutions in connection of thin metal sheets were presented … "Monograph 26"

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Monograph 25

Studies on technical ability of mining machines in the aspect of their assembly Teodor Winkler, Dariusz Michalak A method of testing the technical ability of … "Monograph 25"

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Monograph 24

Design of cylindrical and bevel-cylindrical gear series of types Wiesław Czader, Józef Drewniak The CAD method of cylindrical and bevel-cylindrical gear series of types is … "Monograph 24"

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Monograph 23

Creating virtual prototypes of mining machines Teodor Winkler, Jarosław Tokarczyk Suggested method for creation of virtual prototypes was presented on the background of the stages … "Monograph 23"

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Monograph 22

Power properties of particles surface in the product of industrial coal flotation Jerzy Sablik, Marek Lenartowicz Results of testing the flotation activity of coals of … "Monograph 22"

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Monograph 21

Influence of rubber fabric reinforced belt operational wear on change of belt’s percussive modulus of elasticity Aleksander Lutyński, Stefan Gąsior Belt conveyor is basic carrying … "Monograph 21"

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Monograph 20

Scuffing of gears Jerzy Tomaszewski i Józef Drewniak Mechanism of scuffing gears and review of hypotheses elucidated reasons of occurrence of this phenomenon are described … "Monograph 20"

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Monograph 19

Impact of previous mining areas and tectonic disturbances on a possibility for rock burst occurrence Zdzisław Kłeczek, Andrzej Zorychta, Dariusz Chlebowski, Włodzimierz Etryk, Adam Krzyżowski  … "Monograph 19"

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Monograph 18

The influence of characterisation of water pulsation in water jigs on receiving selected mineral products process Aleksander Lutyński, Mariusz Osoba This research work describes the … "Monograph 18"

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Monograph 17

Conditions of effective and efficient coal winning by the longwall mining system Marek Jaszczuk, Jan Kania SUMMARY  New perspective as regards the problem of high … "Monograph 17"

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Monograph 16

Influence of impact energy of percussive mechanism on advance of hydraulic rotary-percussive drill Kalukiewicz A., Nieśpiałowki K. Summary: The paper consists of five basic parts. … "Monograph 16"

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Monograph 15

Rock cutting using experimental cutting-and-breaking head Jonak J., Szkudlarek Z. Summary: Detailed analysis of the present state-of-art as regards numerical, empirical and theoretical models describing … "Monograph 15"

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Monograph 14

The analysis of propagation of the current and power of higher harmonics in the electrical net that contains non-linear receivers Firczyk W. Summary: The primary … "Monograph 14"

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Monograph 13

Testing the dynamics characteristics of multi-disk coupling integrated with planetary gear of the mining conveyors drives Skoć A, Drwięga A Summary: Problems associated with mining … "Monograph 13"

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Monograph 12

Occupational risk assessment associated with dust hazard in open pit rock mines Sobala J., Grynkiewicz-Bylina B. Summary: Monograph presents the results of research study which … "Monograph 12"

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Monograph 11

Method of selection of longwall face and roadway supports for the panelling conditions Biliński A. Summary: Ability of counteraction of disadvantageous results of rock mass … "Monograph 11"

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Monograph 10

Underground warehousing Kłeczek Z. Radomski A. Zeljaś D. Summary: Underground warehousing as elements of environmental engineering are widespread in many developed countries all over the … "Monograph 10"

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Monograph 9

Underground storage Kłeczek Z. Radomski A. Zeljaś D. Summary: Underground storage as elements of environmental engineering are widespread in many developed countries all over the … "Monograph 9"

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Monograph 8

Ecological briquetted fuels. Selected aspects of the product engineering’ Helmann J., Pietrasik E. Summary: The monograph entitled ‘Ecological briquetted fuels. Selected aspects of the product … "Monograph 8"

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Monograph 7

Assessment of the mining machines and equipment conformity Tytko A., Figiel A. Summary: The monograph presents the methods of planning the mining machines safety at … "Monograph 7"

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Monograph 6

Two-telescopic legs with channels drilled in the cylinder coats Stoiński K., Madejczyk W. Summary: A method for adaptation of two-telescopic legs with channels drilled longitudinally … "Monograph 6"

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Monograph 5

Simulation of dynamic loads in the hydraulic legs Szuścik W., Bomersbach G. Summary: From many years we observe, in the mining industry, an increase of … "Monograph 5"

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Monograph 4

Rescue hydraulic support made of light alloys Kalukiewicz A., Kwieciński D. Summary: In the work a detailed analysis of the present state of art as … "Monograph 4"

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Monograph 3

Powered roof support for the face-end   Kalukiewicz A., Szyguła M. Summary: The report consists of six parts. Known designs of the face-end powered roof … "Monograph 3"

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Monograph 2

Computer aided methods for designing self-propelled road heading machines Dudek M., Świtoński E., Winkler T., Prostański D., Wyrobek E., Tokarczyk J., Bojara S. Summary: Testing … "Monograph 2"

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Monograph 1

Neural network in studies on rock mining process with comical-and-rotary bits Prostański D., Jonak J Summary: Enlarged model of rock cutting by the conical rotating … "Monograph 1"

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Artykuł Scientific monographs pochodzi z serwisu KOMAG.

]]> History http://new.komag.eu/en/history-2/ Wed, 29 Jan 2020 10:33:25 +0000 http://localhost/komagWordpress/?p=5662 Our history The institutions, from which KOMAG Institute of Mining Technology originated, have been subjected to complicated organizational and restructuring changes. The origin of our … "History"

Artykuł History pochodzi z serwisu KOMAG.

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Our history

The institutions, from which KOMAG Institute of Mining Technology originated, have been subjected to complicated organizational and restructuring changes. The origin of our Centre goes back to the Central Design Bureau in Swietochlowice and the Mining Mechanization Plant of the Central Institute of Natural Fuels in Katowice, established in 1945.

A development of the mining industry has caused that the Central Design Bureau was transformed into the Design Bureau of Mining Machines, which after some time took the name of the Central Bureau for Mining Machines’ Design, having its seat in Gliwice. The next step involved an establishment of the Experimental and Design Institute of the Mining Industry in 1957, which in the same year took the name of the Design and Mechanical Works of the Mining Industry (Zaklady Konstrukcyjno-Mechanizacyjne Przemyslu Weglowego – ZKMPW). An establishment of ZKMPW created a possibility for a development of the research and design basis for underground mining of coal. Scientific and research projects in the domain of coal cutting and loading processes, transportation of the run-of-mine, roof supports as well as tests of colliery electrification systems and the electric equipment of mining machines were developed.
A development of ZKMPW included an establishment of the Mining Electronic Plant in Tychy, “Elektrometal” in Cieszyn and the Works of Cybernetic Mining Systems in Biskupice. The M-300 Experimental Mine and the “Jan” Automated Colliery were taken over. Then the Construction Works of Experimental Machines was created next to the M-300 Experimental Mine. The Training Centre for Machinery Operators became transformed into the Staff Improvement Centre. The Construction Plant of Experimental Machines, the M-300 Experimental Mine and the Staff Improvement Centre were separated at the beginning of 1975 and the Central Project and Design Bureau of Mining Machines – KOMAG in Gliwice, having the status of a research and development centre, was established then.

This Bureau was organizationally subjected to the POLMAG Association of Mining Machinery Producers, which associated all the Polish factories of mining machines and equipment. POLMAG enabled to establish close links between machinery designing processes and a production of machines and equipment. In fact KOMAG became the design, research and development basis for all the factories, incorporated in the POLMAG Association. On their premises KOMAG established its local branches (FAMUR, FAZOS, TAGOR, RYFAMA and GEORYT).

Then the ORTEM Design and Technological Centre for Mining Machines was incorporated in and the scope of KOMAG’s activity was broadened by the issues of manufacturing techniques of mining machines and equipment as well as by the issues of production organization and management. It was also decided to change the name for the Design and Technological Centre of Mining Machines and afterwards, when the following reorganization was introduced, for the KOMAG Mining Mechanization Centre. Since 1st January 2009 KOMAG acts as Institute of Mining Technology KOMAG.

Artykuł History pochodzi z serwisu KOMAG.

]]> Technical Library http://new.komag.eu/en/technical-library/ Thu, 18 Apr 2019 10:42:50 +0000 http://localhost/komagWordpress/2019/04/18/technical-library/ lends: books, magazines, special collections within inter-library loans, renders accessible on the spot: books (including conference proceedings) Polish and foreign magazines technical catalogues and firms’ … "Technical Library"

Artykuł Technical Library pochodzi z serwisu KOMAG.

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  • books, magazines, special collections within inter-library loans,
    • renders accessible on the spot:
    • books (including conference proceedings)
    • Polish and foreign magazines
    • technical catalogues and firms’ literature
    makes
    • xero copies of selected materials on the spot and also according to orders
    We invite you to use the catalogue OPAC WWW of the Institute Technical Library http://biblioteka.komag.eu

    Artykuł Technical Library pochodzi z serwisu KOMAG.

    ]]>         Scientific–and–Technical Information http://new.komag.eu/en/scientific-and-technical-information-2/ Thu, 18 Apr 2019 10:26:22 +0000 http://localhost/komagWordpress/2019/04/18/scientific-and-technical-information-2/ A competitiveness condition of both scientific as well as designing and production bodies consists in preserving their “youth”, including a learning ability also by taking … "Scientific–and–Technical Information"

    Artykuł Scientific–and–Technical Information pochodzi z serwisu KOMAG.

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    A competitiveness condition of both scientific as well as designing and production bodies consists in preserving their “youth”, including a learning ability also by taking advantage of scientific and technical information. An activity of the scientific-and-technical information includes, among others, an organized functioning of scpecialistic centres and it incorporates storing, processing and rendering accessible the information about a condition and development trends of science and technology, not only on the domestic level, but mainly on the world -wide level. For over 40 years in the KOMAG organizational structure the unit of scientific-and-technical information operates and it stores information and, at present, also elaborates and supervises specialistic, bibliographic computer base INTE-KOMAG, using the licensed packet Micro CDS/ISIS.

    The subject-matter of the base incorporates a widely understood mechanization of underground mining: machines for cutting and transporation, powered roof supports, longwall systems, stowing, drilling, ventilation and air-conditioning equipment, winding machines and equipment, issues from the scope of coal processing and mechanical beneficiation, environmental protection, issues connected with a restructuring process of the mining industry.

    See: Thematic scope

    The chronological range of the computer base incorporates the years 1985 – till the latest publications and the base itself incorporates more than 43 350 records and each of them includes bibliographical data of the source document, a translation of a foreign title, a descriptive analysis or in the case of more important publications the author’s abstract or comments.

    This base enables the Unit to prepare information on:
    • thematic lists,
    • thematic profiles in the current information system,
    • information services,
    • analytical-and-synthetic elaborations,
    • other information services, whose subject-matter and frequency can be agreed
    See also: “Novelties in the World Mining Literature” Unit working time: everyday from 8.00 a.m. till 1.00 p.m. email: mpodgorska@komag.eu, egajda@komag.eu

    Artykuł Scientific–and–Technical Information pochodzi z serwisu KOMAG.

    ]]>         List of KOMAG Researchers’ Publications http://new.komag.eu/en/list-of-komag-researchers-publications/ Fri, 12 Apr 2019 08:21:06 +0000 http://localhost/komagWordpress/2019/04/12/list-of-komag-researchers-publications/ 2018 year Articles in Polish Magazines BAŁAGA D., KALITA M., SIEGMUND M., URBANEK A., WALOSZCZYK A.: Designing and testing the automatic water mist fire extinguishing … "List of KOMAG Researchers’ Publications"

    Artykuł List of KOMAG Researchers’ Publications pochodzi z serwisu KOMAG.

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    Articles in Polish Magazines

    1. BAŁAGA D., KALITA M., SIEGMUND M., URBANEK A., WALOSZCZYK A.: Designing and testing the automatic water mist fire extinguishing system for belt conveyors. Drives and Control (Napędy Sterow.) 2018 No. 7/8 p. 60-67, ISSN 1507-7764.
    2. BAŁAGA D., KALITA M., SIEGMUND M., KLIMEK Z., URBANEK A., WALOSZCZYK A.: NEPTUN spraying system intended for reduction of airborne dust in KWK Bolesław Śmiały coal mine processing plant. Mining Machines (Masz. Gór.) 2018 No. 3 p. 35-46, ISSN 2450-9442.
    3. BARON R.: Concept for improvement of usability features of KOMAG classifying hydrocyclone. Mining Machines (Masz. Gór.) 2018 No. 1 p. 29-38, ISSN 2450-9442.
    4. CZERNIAK D., SZKUDLAREK Z.: Stand tests of mobile cleaning device of MUC type. (Masz. Gór.) 2018 No. 1 p. 14-28, ISSN 2450-9442.
    5. DEJA P.: Traction-battery drive of the electric mine locomotive. Electric Machines, Exercise – Books of Problems (Masz. Elektr., Zesz. Probl.) 2018 No. 119 p. 53-58, ISSN 0239-3646.
    6. DOBRZANIECKI P., KALITA M.: Possibility of using the neodymium magnets in machines and equipment clutches. Mining Machines (Masz. Gór.) 2018 No. 4 p. 27-38, ISSN 2450-9442.
    7. FIGIEL A.: Conditions for safe testing and taking measurements of electric non-electric parameters in the workings threatened by explosion hazard. Mining Machines (Masz. Gór.) 2018 No 1 p. 84-88, ISSN 2450-9442.
    8. FIGIEL A.: Ensuring the technical safety of mining machines and equipment. Mining Machines (Masz. Gór.) 2018 No. 2 p. 87-95, ISSN 2450-9442.
    9. FIGIEL A.: Procedures for repairing and overhauling the devices intended to be used in explosive atmospheres regarding the safety aspect. Mining Machines (Masz. Gór.) 2018 No. 3 p. 81-88 ISSN 2450-9442.
    10. FRIEBE P.: Stream-and-spiral separators for recovery of coal from coal fines. Mining Machines (Masz. Gór.) 2018 No. 2 p. 28-38, ISSN 2450-9442.
    11. GRYNKIEWICZ-BYLINA B., RAKWIC B.: Identification and assessment of hazards resulting from the structure of the wheeled child conveyances commercialized on the Polish market. J. Mach. Constr. Maint. 2018 No. 3 p. 107-121, ISSN 1232-9312.
    12. GRYNKIEWICZ-BYLINA B., RAKWIC B.: Safety of using the book toys intended for children. Paper Review (Prz. Pap.) 2018 No. 11 p. 734-740, ISSN 0033-2291.
    13. JASIULEK D.: Monitoring the operational parameters of a power roof support. Mach. Constr. Maint. 2018 No 2 p. 109-115, ISSN 1232-9312.
    14. JENDRYSIK S., STANKIEWICZ K., JASIULEK D.: KOMAG Innovative solutions in the jig node automation process. Mining Machines (Masz. Gór.) 2018 No. 2 s. 65-77, ISSN 2450-9442.
    15. KACZMARCZYK K.: Driving systems in manoeuvring drivetrains. Mining Machines (Masz. Gór.) 2018 No. 4 p. 39-47, ISSN 2450-9442.
    16. KALITA M.: Concept of a cycloidal gear intended for electric impact wrenches. Mining Machines (Masz. Gór.) 2018 No. 3 p. 57-66, ISSN 2450-9442.
    17. KALITA M., MAZURKIEWICZ A., TARKOWSKI A.: Design and strength verification of the battery and apparatus boxes for the mining mobile machine. Mining Machines (Masz. Gór.) 2018 No. 4 p. 3-18, ISSN 2450-9442.
    18. KANIA J., SZWEDA S., SZYGUŁA M.: Analysis of powered roof support withdrawal from the longwall panel in the safety aspect. Mining Machines (Masz. Gór.) 2018 No. 3 p. 23-34, ISSN 2450-9442.
    19. KAPUŚCIŃSKI D., POLNIK B.: An innovative power supply and control system for mining roadheading machine. Electric Machines, Exercise – Books of Problems (Masz. Elektr., Zesz. Probl.) 2018 No. 118 s. 129-135, ISSN 0239-3646.
    20. KONSEK R., DEJA P.: The new solution for the power supply and control system of mining auxiliary machines. Mining Machines (Masz. Gór.) 2018 No. 4 p. 67-77, ISSN 2450-9442.
    21. KOWOL D., MATUSIAK P., ŁAGÓDKA M.: Possibility of increasing the effectiveness of coking coal fines production by increasing separation efficiency in secondary beneficiation of middlings in a pulsating jig. Mining Machines (Masz. Gór.) 2018 No. 2 p. 53-64, ISSN 2450-9442.
    22. KURPIEL W.: Concept of the battery management system (BMS) with active balancing system. Mining Machines (Masz. Gór.) 2018 No. 1 p. 60-70, ISSN 2450-9442.
    23. KURPIEL W., MIEDZIŃSKI B.: Properties of lithium cells under operating conditions. info 2018 No. 10 p. 44-48, ISSN 1642-8722.
    24. MADEJCZYK W.: Determination of welded mesh claddings’ load-bearing capacity. Mining Machines (Masz. Gór.) 2018 No. 4 p. 19-26, ISSN 2450-9442.
    25. MAJEWSKI M.: Configuring the control circuits to increase safety of mining machines Part 1. Safety functions. Mining Machines (Masz. Gór.) 2018 No. 1 p. 71-83, ISSN 2450-9442.
    26. MAJEWSKI M.: Configuring the control circuits to increase safety of mining machines Part 2. Emergency stop. Mining Machines (Masz. Gór.) 2018 No. 2 p. 78-86, ISSN 2450-9442.
    27. MATUSIAK P., KOWOL D.: Development of KOMAG pulsatory jig. Mining Machines (Masz. Gór.) 2018 No. 2 p. 40-52, ISSN 2450-9442.
    28. MICHALSKI W., KOWAL L.: Mobile container platform – an innovative solution of vertical transport. Drives and Control (Napędy Sterow.) 2018 No. 11 p. 113-115, ISSN 1507-7764.
    29. NIEDWOROK A., MICHALAK J., ZYGMANOWSKI M.: The influence of AC ripple current component on warming up process of fixing cable elements. Electrotechnical Survey (Prz. Elektrotech.) 2018 No. 6 p. 115-120, ISSN 0033-2097.
    30. NIEŚPIAŁOWSKI K., RAWICKI N., WÓJCICKI M.: Closed circuit cooling unit for electric motors of a mining machine. Mining Machines (Masz. Gór.) 2018 No. 3 p. 47-56, ISSN 2450-9442.
    31. NIEŚPIAŁOWSKI K., RAWICKI N., WÓJCICKI M.: Mobile driving-and-pumping unit for cleaning the electric motors cooling systems used in the mining industry. Mining Machines (Masz. Gór.) 2018 No. 4 p. 58-66, ISSN 2450-9442.
    32. PIECZORA E., DOBRZANIECKI P.: About requirements for diesel drives used in hard coal mine underground working. Mining – Informatics, Automation and Electrical Engineering 2018 No. 2 p. 31-39, (40-48), ISSN 2449-6421.
    33. PIERCHAŁA M.: Testing the acoustic silencers. Arch. Acoust. 2018 No. 2 p. 313-321, ISSN 0137-5075.
    34. POLNIK B.: Universal electric drive system increasing the technical safety of mining machines. elektro.info 2018 No. 7-8 p. 24-27, ISSN 1642-8722.
    35. RAWICKI N., NIEŚPIAŁOWSKI K., WÓJCICKI M.: Automatic and semi-automatic filters for the mining industry. Mining Machines (Masz. Gór.) 2018 No. 1 p. 49-59, ISSN 2450-9442.
    36. SIEGMUND M., BAŁAGA D., KALITA M.: Testing the parameters of spraying stream form fine-drops nozzles. Mining Machines (Masz. Gór.) 2018 No. 3 p. 3-13, ISSN 2450-9442.
    37. STANKIEWICZ K.: Mining control systems and distributed automation. Mach. Constr. Maint. 2018 No. 2 p. 117-122, ISSN 1232-9312.
    38. SUFFNER H.: Cooling systems for exhaust gases of mine diesel drives intended for hard coal mines. Mining Machines (Masz. Gór.) 2018 No. 3 p. 67-80, ISSN 2450-9442.
    39. SZEWERDA K.: The concept of the numerical computing methods for analysis of operational conditions of bucket wheel excavators. Opencast Mining (Gór. Odkryw.) 2018 No. 4 p. 66-73, ISSN 0043-2075.
    40. SZYGUŁA M., MAZUREK K.: Hydraulic rescue support to be used in areas threatened by natural hazards. Mining Machines (Masz. Gór.) 2018 No. 3 p. 14-22, ISSN 2450-9442.
    41. ŚWIDER J., SZEWERDA K., HERBUŚ K.: The method of tuning the control algorithm of selected operating parameters of the AFC. Engineering Modelling ( Inż.) 2018 No. 66 p. 72-80, ISSN 1896-771X.
    42. TALAREK M.: Direct ignition tests of electrostatic discharges from non-conductive surfaces. Mining Machines (Masz. Gór.) 2018 No. 2 p. 3-12, ISSN 2450-9442.
    43. TOKARCZYK J., TUREWICZ A., DUDEK M., SZEWERDA K., PIECZORA E.: Computer aided process of configuration and evaluation of auxiliary mining transport means. Drives and Control (Napędy Sterow.) 2018 No. 7/8 p. 68, 70-75, ISSN 1507-7764.
    44. TUREWICZ K.: Selected problems of strength analysis of Koepe pulleys in hoisting machines by the FEM method. Mining Machines (Masz. Gór.) 2018 No. 4 p. 48-57, ISSN 2450-9442.
    45. WOSZCZYŃSKI M., JENDRYSIK S., ROGALA-ROJEK J., KANTY P., KUREK N.: Automation of testing the try load to columns strengthening the subsoil. Engineering and Construction (Inż. Bud.) 2018 No. 2 p. 84-86, ISSN 0021-0315.
    46. WOSZCZYŃSKI M.: Model of intelligent system for monitoring and diagnostics of photovoltaic panels. Drives and Control (Napędy Sterow.) 2018 No. 5 p. 70-73, ISSN 1507-7764.

    Monographs

    1. BARTOSZEK S., KOST G.: Method for positioning of a roadheader in a roadway. KOMAG Research Projects – Monographs No. 55, Institute of Mining Technology KOMAG, Gliwice 2018 p. 1-164; 8,31 Publisher’s Sheet, ISBN 978-83-65593-13-9.
    2. GRABKA L., SPAŁEK J., SZWEDA S.: Identification of reliability of sealing nods for regenerated shafts of the mining machines driving gears. Innovative Mechanization Technologies and Techniques, Monograph No 20, Institute of Mining Technology KOMAG, Gliwice 2018 p. 1-133; 8,01 Publisher’s Sheet, ISBN 978-83-65593-15-3.
    3. JENDRYSIK S., KOST G.: Method for controlling the bucket conveyor in a jig beneficiation node. KOMAG Research Projects – Monographs No. 53, Institute of Mining Technology KOMAG, Gliwice 2018 p. 1-117; 6,28 Publisher’s Sheet, ISBN 978-83-65593-09-2.
    4. ORZECH Ł.: Acoustic method for testing the single electrostatic discharges. KOMAG Research Projects – Monographs No. 54, Institute of Mining Technology KOMAG, Gliwice 2018 p. 1-149; 8,37 Publisher’s Sheet, ISBN 978-83-65593-12-2.
    5. SIDOR J., KLICH A.: Modern machines for comminution – crushers and mills. Institute of Mining Technology KOMAG, Gliwice 2018 p. 1-393; 20,74 Publisher’s Sheet, ISBN 978-83-65593-10-8.
    6. SZEWERDA K., ŚWIDER J., HERBUŚ K.: Method of parameterisation and selection of control algorithms for AFC’s. KOMAG Research Projects – Monographs No. 56, Institute of Mining Technology KOMAG, Gliwice 2018 p. 1-220; 14,47 Publisher’s Sheet, ISBN 978-83-65593-14-6.

    Chapters in Monographs

    1. BAŁAGA D., KALITA M., SIEGMUND M., URBANEK A., WALOSZCZYK A.: Conception of mist fire extinguishing system of belt conveyor drives. Work safety of transportation equipment in the mining industry. Monograph, scientific editorship: Andrzej Tytko, Marian Wójcik, Centrum Badań i Dozoru Górnictwa Podziemnego sp. z o.o., Lędziny 2018 p. 154-162; 0,60 Publisher’s Sheet, ISBN 978-83-936657-9-2.
    2. JENDRYSIK S., BALCARCZYK L.: Monitoring of resources and machines in a process of raw minerals recovery from mine heaps. Mineral Aggregates, Volume 2, Faculty of Geoengineering, Mining and Geology of Wrocław University of Technology, Wrocław 2018 p. 61-67; 0,46 Publisher’s Sheet, ISBN 978-83-946706-5-8.
    3. LUTYŃSKI A., LUTYŃSKI M., KSIĄŻKIEWICZ W., ŁADA J.: Current status of coal gasification development. KOMEKO 2018, Innovative and Environment-friendly Technologies and Techniques of Processing Mineral Raw Materials. Safety – Quality – Effectiveness Institute of Mining Technology KOMAG, Gliwice 2018 p. 116-134; 1,37 Publisher’s Sheet, ISBN 978-83-655993-11-5.
    4. MADEJCZYK W.: Stand test of powered roof supports unit and its components. Powered roof supports for rock burst hazard conditions. Multi-author collective work under Kazimierz Stoiński’s editorship. Główny Instytut Górnictwa, Katowice 2018 p. 39-71; 2,11 Publisher’s Sheet, ISBN 978-83-65503-09-1.
    5. MATUSIAK P., KOWOL D.: Use of intelligent solutions in production of mineral aggregates. Mineral Aggregates, Volume 2, Faculty of Geoengineering, Mining and Geology of Wrocław University of Technology, Wrocław 2018 p. 133-142; 0,57 Publisher’s Sheet, ISBN 978-83-946706-5-8.
    6. RYNDAK P., DŁUGAJ J., KOBYLECKI M., KOWAL L.: Pietrykowski Mining and Processing System in Belarus – comprehensive delivery of hoisting machines for deepening the shafts and run-of-mine transportation. KOMTECH 2018, Innovative Technologies and Techniques for Mining. Safety – Effectiveness – Reliability, KOMAG Institute of Mining Technology, Gliwice 2018 p. 69-82; 0,99 Publisher’s Sheet, ISBN 978-83-65593-16-0.

    Papers in Conference Proceedings

    1. KURPIEL W., MIEDZIŃSKI B.: Properties of lithium cells under operating conditions. Conference Proceedings: SEMAG 2017, XXVI Scientific and Technical Symposium, Automation and Electropower in the Mining Industry, Mysłakowice n/Jelenia Góra,, 28-30 May 2018 p. 6-17, ISBN 978-83-947677-1-6.
    2. MALEC M.: Improvement of work safety in mines – results of KOMAG research projects. Conference Proceedings: 25th World Mining Congress, Innovation excellence – step forward to mining growth, Astana, Kazakhstan, 19-22 June 2018 p. 13 unpaginated.
    3. POLNIK B.: Universal electric drive system increasing the technical safety of mining machines. SEMAG 2017, XXVI Scientific and Technical Symposium, Automation and Electropower in the Mining Industry, Mysłakowice n/Jelenia Góra,, 28-30 May 2018 p. 28-36, ISBN 978-83-947677-1-6.

    Papers in Conference Proceedings on Web of Science and Scopus

    1. KOWOL D., MATUSIAK P.: Technology of fine coal grains recovery from the mining waste deposits. Conference Proceedings: MEC 2018, Mineral Engineering Conference, Zawiercie, 26-29 September 2018 p. 1-12, ISSN 1757-899X.
    2. LESIAK K., BRZEŻAŃSKI M.: Concept of the exhaust system for diesel engines used in underground mining. Conference Proceedings: KONMOT 2018, International Automotive Conference, Krakow, September 13th-14th, 2018 p. 1-6, ISSN 1757-899X.
    3. MATUSIAK P., KOZIOŁ J.: Testing the reduction properties of coke produced from a mixture of hard coal and rubber wastes. Conference Proceedings: MEC 2018, Mineral Engineering Conference, Zawiercie, 26-29 September 2018 p. 1-8, ISSN 1757-899X.
    4. MICHALAK D., ROZMUS M., GOMEZ J., PAPEZ M., OSOJNIK V., BUENO D.R., ŚWIERCZEK G., LIMANOWSKA E.: Specialized training in 3D printing and practical use of acquired knowledge – 3DSPEC online course. Conference Proceedings: AHFE 2018, International Conference on Human Factors in Training, Education, and Learning Sciences, Orlando, USA, 21-25 July 2018 p. 339-350, ISBN 978-3-319-93882-0.
    5. ORZECH Ł., NIEDWOROK A.: Measurement of the charge transferred by a single electrostatic discharge by acoustic method. Conference Proceedings: ICSV 2018, 25th International Congress on Sound and Vibration, Hiroshima, Japan, 8-12 July 2018 p. 1-8, ISBN 978-151086845-8.
    6. POLNIK B.: An Innovative Power Supply System Dedicate for Roadheading Mining Machines. (ECS Transactions, 2018 No. 1). Conference Proceedings: ABAF 2018, 19th International Conference on Advanced Batteries, Accumulators and Fuel Cells, Brno, 26-29 August 2018 349-362, ISSN 1938-6737.
    7. PROSTAŃSKI D.: Development of research work in the air-water spraying area for reduction of methane and coal dust explosion hazard as well as for dust control in the Polish mining industry. Conference Proceedings: MEC 2018, Mineral Engineering Conference, Zawiercie, 26-29 September 2018 p. 1-13, ISSN 1757-899X.
    8. TOKARCZYK J., DUDEK M., JORDA O., MARTINEZ E., PENUELAS-HERRAIZ A., PRIMO-CAPELLA V.-J.: OVOMAX online course as w way to improve competencies and qualifications for designing and manufacturing of custom-made orthopaedic implants. Conference Proceedings: AHFE 2018, International Conference on Human Factors in Training, Education, and Learning Sciences, Orlando, USA, 21-25 July 2018 p. 362-374, ISBN 978-3-319-93882-0.

    2017 year

    Articles in Polish Magazines

    1. BAŁAGA D., KALITA M., SIEGMUND M.: Use of 3D additive manufacturing technology for rapid prototyping of spraying nozzles. Mining Machines (Masz. Gór.) 2017 No. 3 p. 3-13, ISSN 2450-9442 [full text in Polish].
    2. BARTOSZEK S., JURA M., JAGODA J., LIBERA K., SŁOWIŃSKI A.: The roadheader positioning system testing in experimental roadway. Mining Machines (Masz. Gór.) 2017 No. 2 p. 30-41, ISSN 2450-9442 [full text in Polish].
    3. BUDZYŃSKI Z.: Technical aspects of series production of electric cars. Drives and Control (Napędy Sterow.) 2017 No. 4 p. 106-111, ISSN 1507-7764 [full text in Polish].
    4. BUDZYŃSKI Z., DEJA P.: Power supply and control system of mining ventilation pipe fan with the output control function. Electric Machines, Exercise – Books of Problems (Masz. Elektr., Zesz. Probl.) 2017 No. 113 p. 171-175, ISSN 0239-3646 [full text in Polish].
    5. DEJA P.: Operating experience of the modernised electric underground locomotive type Ld-31EM. Mining Machines (Masz. Gór.) 2017 No. 1 p. 55-62, ISSN 2450-9442 [full text in Polish].
    6. DOBRZANIECKI P., KACZMARCZYK K.: Power supply systems for combustion engines used in coal mines at the example of ITG KOMAG solutions. Mining Machines (Masz. Gór.) 2017 No. 1 p. 63-76, ISSN 2450-9442 [full text in Polish].
    7. GONTARZ J., PODGÓRSKI J., KALITA M., SIEGMUND M.: Summary of laboratory tests of sandstone for pull-out test analysis. Constructions and Architecture (Budow. Archit.) 2017 No. 16, p. 113-123, ISSN 1899-0665 [full text in Polish].
    8. HERBUŚ K., SZEWERDA K., ŚWIDER J.: Identification of the computational model of the armoured face conveyor. Engineering Modelling (Model. Inż.) 2017 No. 65 p. 38-46, ISSN 1896-771X [full text in Polish].
    9. JAGODA J.: Attention measurement system of mining machine and equipment operators. Mining Machines (Masz. Gór.) 2017 No. 2 p. 71-80, ISSN 2450-9442 [full text in Polish].
    10. JAGODA J., ROGALA-ROJEK J.: Management of information about maintenance of machines and equipment in the aspect of changes in law regulations. Mining Machines (Masz. Gór.) 2017 No. 4 p. 52-63, ISSN 2450-9442 [full text in Polish].
    11. JASIULEK D., ROGALA-ROJEK J.: Innovative software solution for coal mines. Studia Informatica ( Informat.) 2017 No. 3 p. 45-56, ISSN 1642-0489.
    12. JEDZINIAK M.: Development of a small-size equipment for auxiliary ventilation and directions of its applications. Mining Engineering (Inż. Gór.) 2017 No. 3-4 p. 62-66, ISSN 2353-5490 [full text in Polish].
    13. JEDZINIAK M.: Determination of heat transfer coefficient of flexible ventubes. Mining Machines (Masz. Gór.) 2017 No. 1 p. 12-20, ISSN 2450-9442 [full text in Polish].
    14. JENDRYSIK S., BARTOSZEK S., JASIULEK D., GAWLIŃSKI A.: Control system for the bucket conveyor in the jig node of beneficiation system. Mining Machines (Masz. Gór.) 2017 No. 2 p. 53-61, ISSN 2450-9442 [full text in Polish].
    15. JURA J., BARTOSZEK S.: KOGASTER – electric installation for diesel drives. Mining Machines (Masz. Gór.) 2017 No. 4 p. 41-51, ISSN 2450-9442 [full text in Polish].
    16. JURA M.: Graphics library for the controller with an OLED display. Mining Machines (Masz. Gór. ) 2017 No. 2 s. 62-70, ISSN 2450-9442 [full text in Polish].
    17. JURA M., ROGALA-ROJEK J., JASIULEK D., JENDRYSIK S.: M-SmartGRID, the mine smart power grid. Mining Machines (Masz. Gór.) 2017 No. 4 p. 64-74, ISSN 2450-9442 [full text in Polish].
    18. KALITA M.: Propagation test of dust deposited in a roadway working. Common Issues (Wsp. Spr.) 2017 No. 3 p. 7-11, ISSN 1213-8078 [full text in Polish].
    19. KONSEK R.: Assesment of operational time of the mining machines with battery drive systems. Mining Machines (Masz. Gór.) 2017 No. 2 p. 24-29, ISSN 2450-9442 [full text in Polish].
    20. KONSEK R.: Electric drive of mine suspended railways. Electric Machines, Exercise – Books of Problems (Masz. Elektr., Zesz. Probl.) 2017 No. 113 p. 195-198, ISSN 0239-3646 [full text in Polish].
    21. KONSEK R.:. A determination of braking path of a mine locomotive basing on simulation tests. Drives and Control (Napędy Sterow.) 2017 No. 7/8 p. 118-121, ISSN 1507-7764 [full text in Polish].
    22. KOWOL D., MATUSIAK P., ŁAGÓDKA M.: Laboratory tests for efficiency of jig beneficiation of coal wastes of grain classes 35-3 mm and 35-0 mm. Mining Machines (Masz. Gór.) 2017 No. 2 p. 3-15, ISSN 2450-9442 [full text in Polish].
    23. LAZAR D., SZWEDA S.: Idea of the system for energy recovery from shaft pipeline. Mining Machines (Masz. Gór.) 2017 No. 3 p. 64-74, ISSN 2450-9442 [full text in Polish].
    24. LESIAK K.: Influence of temperature changes on explosion pressure measurement. Mining Machines (Masz. Gór.) 2017 No 1 p. 3-11, ISSN 2450-9442 [full text in Polish].
    25. LESIAK K., BRZEŻAŃSKI M.: Concept of the exhaust system of combustion engines used in underground mining. Engines 2017 No. 2 p. 97-100, ISSN 2300-9896.
    26. LUTYŃSKI A.: Noise hazard in hard coal mechanical processing plants. Mining Machines (Masz. Gór.) 2017 No. 4 p. 15-22, ISSN 2450-9442 [full text in Polish].
    27. LUTYŃSKI A., PROSTAŃSKI D.: Dust hazard control in coal preparation plants. Mining Engineering (Inż. Gór.) 2017 No. 3-4 p. 44-51, ISSN 2353-5490 [full text in Polish].
    28. MAJEWSKI M.: Identification of hazards as one of stages of designing the mining machines. Mining Machines (Masz. Gór.) 2017 No. 3 p. 27-43, ISSN 2450-9442 [full text in Polish].
    29. MATUSIAK P., KOWOL D.: Technology of recycling coal from mining waste through implementation of KOMAG device. Mining Machines (Masz. Gór.) 2017 No. 2 p. 42-52, ISSN 2450-9442 [full text in Polish].
    30. NIEDWOROK A.: Impact of static and alternating magnetic field on warming up of components fixing the electric wires. Electrotechnical Survey ( Elektrotech.) 2017 No. 7 p. 60-63, ISSN 0033-2097.
    31. NIEŚPIAŁOWSKI K., WÓJCICKI M., ROSA M.: Concept of a cleaning device for run-of-mine transportation cars. Mining Machines (Masz. Gór.) 2017 No. 4 p. 23-29, ISSN 2450-9442 [full text in Polish].
    32. PIECZORA E., SUFFNER H.: Development of drives for underground suspended monorails. Mining Machines (Masz. Gór.) 2017 No. 3 p. 44-57, ISSN 2450-9442 [full text in Polish].
    33. PIECZORA E., TOKARCZYK J.: Development of mine underground transportation with use of suspended monorails. Mining – Informatics, Automation and Electrical Engineering 2017 No. 4 p. 96-106, ISSN 2449-6421.
    34. POLNIK B.: Safe use of lithium cells in mining machines and equipment operating in the areas with a potential explosion hazard. Drives and Control (Napędy Sterow.) 2017 No. 1 p. 58-65, ISSN 1507-7764 [full text in Polish].
    35. POLNIK B., KURPIEL W., JUSZCZYK Z.: Autonomous system for monitoring lead-acid battery parameter. Mining Machines (Masz. Gór.) 2017 No. 3 p. 58-64, ISSN 2450-9442 [full text in Polish].
    36. PROSTAŃSKI D.: Empirical models of zones protecting against coal dust explosion. Mining Archives ( Gór.) 2017 No. 3 p. 611-619, ISSN 0860-7001 .
    37. ROGALA-ROJEK J., JENDRYSIK S., JURA M., JASIULEK D.: Smart system for electric grid management in coal mines. Studia Informatica 2017 No. 3 p. 101-114, ISSN 1642-0489.
    38. RYNDAK P., MICHALSKI W., KOWAL L., TUREWICZ K.: Mobile container platform – an innovative solution of vertical transport. Mining Engineering (Inż. Gór.) 2017 No. 3-4 p. 52-55, ISSN 2353-5490 [full text in Polish].
    39. SIEGMUND M., JONAK J.: Analysis of the results of preliminary studies and determination of direction of further research work on technology of drilling the rescue tunnels by the method of mechanical loosening. Cuprum 2017 No. 1 p. 57-71, ISSN 0137-2815 [full text in Polish].
    40. SZEWERDA K., ŚWIDER J., HERBUŚ K.: Impact of the selected parameters’ adjustment on operational conditions of flight-bar conveyor. Mining Machines (Masz. Gór.) 2017 No. 4 p. 30-40, ISSN 2450-9442 [full text in Polish].
    41. SZYGUŁA M., STĘPOR J., MOSTEK W., LEBDA-WYBORNY Z., KAZUBIŃSKI D.: Adaptation of the HYDROMEL-16/35-POz powered roof support unit to changing operating conditions. Mining Machines (Masz. Gór.) 2017 No. 1 p. 31-44, ISSN 2450-9442 [full text in Polish].
    42. WIECZOREK A., ROZMUS M.: Possibilities and needs in application of CMMMS class systems in hospital. Systems Supporting Production Engineering, Problems of Environmental Management (Syst. Wspomag. Inż. Prod., Probl. Zarz. Śr.) 2017 No. 1 p. 34-44, ISSN 2391-9361 [full text in Polish].
    43. WOSZCZYŃSKI M.: Model of intelligent system for monitoring and diagnostics of photovoltaic panels. Electric Machines, Exercise – Books of Problems (Masz. Elektr., Zesz. Probl.) 2017 No. 114 s. 33-37, ISSN 0239-3646 [full text in Polish].
    44. ZAJĄC R.: Internal Audit in Improvement of Management System – Results of Questionnaire Inquiries. Quality Problems (Probl. Jakości) 2017 No. 6 p. 32-37, ISSN 0137-8651 [full text in Polish].
    45. ZAJĄC R.: Risk-based approach in the light of requirements of PN-EN ISO 9001:2015-10 Standard. Mining Machines (Masz. Gór.) 2017 No.3 p. 75-86, ISSN 2450-9442 [full text in Polish].

    Articles in foreign magazines

    1. TALAREK M., KACPRZYK R.: Direct ignition tests of brush discharges for explosive methane-air and propane-air gas mixtures. Electrost. 2017 nr 88 s. 165-170, ISSN 0304-3886.

    Monographs

    1. KŁECZEK Z.: Bumps in hard coal mines and in copper ore mines in Poland. Innovative Mechanization Technologies and Techniques, Monograph No. 19, Institute of Mining Technology KOMAG, Gliwice 2017 p. 1-112; 6,20 Publisher’s Sheet, ISBN 978-83-65593-04-7 [full text in Polish].
    2. KONSEK R., MĘŻYK A.: Methodology for selection of operating point of an engine in a hybrid drive with use of simulation models. KOMAG Research Projects – Monographs No. 50, Institute of Mining Technology KOMAG, Gliwice 2017 p. 1-107; 6,40 Publisher’s Sheet, ISBN 978-83-65593-06-1 [full text in Polish].
    3. LUTYŃSKI A.: Prevention of methane, dust and noise hazards in preparation plants of coal mines. Innovative Mechanization Technologies and Techniques, Monograph No. 18, Institute of Mining Technology KOMAG, Gliwice 2017 p. 1-126; 7,00 Publisher’s Sheet, ISBN 978-83-65593-03-0 [full text in Polish].
    4. PROSTAŃSKI D.: Air-water spraying method for reducing the methane and coal dust explosion hazard as well as for reducing the airborne dust concentration. KOMAG Research Projects – Monographs No. 51, Institute of Mining Technology KOMAG, Gliwice 2017 p. 1-193; 9,92 Publisher’s Sheet, ISBN 978-83-65593-07-8 [full text in Polish].
    5. TOKARCZYK J.: Methodology for identifying the selected mechanical hazards in auxiliary transport of underground mines. KOMAG Research Projects – Monographs No. 52, Institute of Mining Technology KOMAG, Gliwice 2017 s. 1-148; 7,48 Publisher’s Sheet, ISBN 978-83-65593-08-5 [full text in Polish].

    Chapters in Monographs

    1. BAŁAGA D., SIEGMUND M., KALITA M.: Air-water system for dust control at the coal feeding installation in “Łagisza” Power Plant. Problems of exploitation and management in mining. Monograph. Scientific Editorship: Ass. Prof. Krzysztof Kotwica, AGH – University of Science and Technology named after Stanisław Staszic, Cracow 2017 p. 27-36; 0,83 Publisher’s Sheet, ISBN 978-83-930353-7-3 [full text in Polish].
    2. BARON R.:. Identification of the sound level at the selected workplaces in the coal preparation plant. KOMEKO 2017, Innovative and Environment-friendly Technologies and Techniques of Processing Mineral Raw Materials. Safety – Quality – Effectiveness. Institute of Mining Technology KOMAG, Gliwice 2017 p. 126-139; 0,75 Publisher’s Sheet, ISBN 978-83-65593-02-3 [full text in Polish].
    3. CIERPISZ S., KOWOL D.: Methods of the feed stabilization in the process of coal benefication. KOMEKO 2017, Innovative and Environment-friendly Technologies and Techniques of Processing Mineral Raw Materials. Safety – Quality – Effectiveness. Institute of Mining Technology KOMAG, Gliwice 2017 p. 96-114; 1,17 Publisher’s Sheet, ISBN 978-83-65593-02-3 [full text in Polish].
    4. LUTYŃSKI A., LUTYŃSKI M.: Application of coal slurries in gasification technologies. KOMEKO 2017, Innovative and Environment-friendly Technologies and Techniques of Processing Mineral Raw Materials. Safety – Quality – Effectiveness. Institute of Mining Technology KOMAG, Gliwice 2017 p. 140-156; 1,13 Publisher’s Sheet, ISBN 978-83-65593-02-3 [full text in Polish].
    5. LUTYŃSKI A., PROSTAŃSKI D: Mitigation of hazards caused by coal dust at plants for mechanical processing of coal at hard coal mines. Mechanization, Automation and Robotization in Mining. Monograph. Scientific Editorship: Prof. Krzysztof Kotwica, Volume 1, (Centre for Tests and Supervision of Underground Mining, Ltd.), Lędziny, Cracow 2017 p. 91-103; 1,5 Publisher’s Sheet, ISBN 978-83-944406-9-5 [full text in Polish].
    6. MATUSIAK P., KOWOL D.: Process water treatment in the beneficiation node of mine waste dum. Mineral Aggregates, Volume 1, Faculty of Geoengineering, Mining and Geology of Wrocław University of Technology, Wrocław 2017 p. 113-122; 0,61 Publisher’s Sheet, ISSN 0342-9673 [full text in Polish].
    7. PIECZORA E., SUFFNER H.: Is there an end to the use of diesel suspended monorails in the mining industry? State-of-the-art techniques and safety in the mining industry. Monograph. Scientific Editorship: Ass. Prof. Krzysztof Kotwica, AGH – University of Science and Technology named after Stanisław Staszic, Cracow 2017 p. 241-252; 1,00 Publisher’s Sheet, ISBN 978-83-930353-3-5 [full text in Polish].
    8. RYNDAK P., MICHALSKI W., KOWAL L., TUREWICZ K.: Mobile container platform – an innovative solution of vertical transport. KOMTECH 2017, Innovative Technologies and Techniques for Mining. Safety – Effectiveness – Reliability, KOMAG Institute of Mining Technology, Gliwice 2017 p. 23-29; 0,50 Publisher’s Sheet, ISBN 978-83-65593-05-4 [full text in Polish].

    Papers in Conference Proceedings

    1. BAŁAGA D., KALITA M., SIEGMUND M., URBANEK A., WALOSZCZYK A.: Automatic system for mist fire-extinguishing of belt-conveyors’ drives. Conference Proceeding: Problems of Safety and Health Protection in the Polish Mining Industry, XIX Conference, Szczyrk-Biła, 4-5 April 2017 p. 1-11 [full text in Polish].
    2. BARTNICKA J., PIEDRABUENA A., PORTILLA R., MOYANO-CUEVAS J.L., PAGADOR J.B., SANCHEZ-MARGALLO F.M., AUGAT P., MICHALAK D., TOKARCZYK J.: Train4OrthoMIS online course as a manner of improving ergonomics in orthopaedic surgery. Conference Proceedings: AHFE 2017, International Conferences on Human Factors and Ergonomics in Healthcare and Medical Devices, Los Angeles, USA, 17-21 July 2017 p.10 unpaginated, ISBN 978-331960482-4.
    3. JENDRYSIK S., WOSZCZYŃSKI M., JASIULEK D.: Control of a jig beneficiation node system. Conference Proceedings: IV Polish Mining Congress, Cracow, 20-22.11.2017 p.531-537 [full text in Polish].
    4. KOWOL D., MATUSIAK P.: Impact the selected parameters on effectiveness of beneficiation process in water pulsating jigs. Conference Proceedings: IV Polish Mining Congress, Cracow, 20-22.11.2017 p. 620-629 [full text in Polish].
    5. KURPIEL W.: Life and operational safety of lithium cells with an active balancing system in the supply systems of mining machines operating in explosive atmosphere. Conference Proceedings: SEMAG 2017, XXIII Scientific and Technical Symposium, Automation and Electropower in the Mining Industry, Mysłakowice n/Jelenia Góra, 29-31 May 2017 p. 6-22, ISBN 978-83-947677-0-9 [full text in Polish].
    6. MATUSIAK P., KOWOL D.: Implementation of KOMAG type devices for recovery of mineral from mine wastes. Conference Proceedings: IV Polish Mining Congress, Cracow, 20-22.11.2017 p. 986-995 [full text in Polish].

    Papers in Conference Proceedings on Web of Science

    1. GONTARZ J., PODGÓRSKI J., SIEGMUND M.: Comparison of crack propagation analyses in a pull-out test. Conference Proceedings: CMM 2017, 22nd International Conference on Computer Methods in Mechanics, Lublin, 13-16 September 2017 p. 130011-1-130011-8, ISBN 978-0-7354-1614-7; ISSN 0094-243X.
    2. NIEDWOROK A., ORZECH Ł.: Determination of efficiency and thermal properties of drive equipped with induction motor and drive equipped with synchronous reluctance motor. Conference Proceedings: The 19th European Conference on Power Electronics and Applications, EPE ’17 ECCE Europe, Warsaw, Poland, 11-14 September 2017 p. 1-9, ISBN 9789075815269.
    3. POLNIK B., KURPIEL W., JUSZCZYK Z.: Autonomous system for monitoring lead-acid battery parameters dedicated to use in the mine battery locomotive. (ECS Transactions, 2017 No. 1). Conference Proceedings: ABAF 2017, 18th International Conference on Advanced Batteries, Accumulators and Fuel Cells, Brno, 10-13 September 2017 p. 233-239, ISSN 1938-5862.

    Artykuł List of KOMAG Researchers’ Publications pochodzi z serwisu KOMAG.

    ]]>         Projects realized by the KOMAG Institute from European Funds http://new.komag.eu/en/projects-realized-by-the-komag-institute-from-european-funds/ Fri, 12 Apr 2019 07:59:30 +0000 http://localhost/komagWordpress/2019/04/12/projects-realized-by-the-komag-institute-from-european-funds/ Projects realized by the KOMAG Institute from European Funds: HYDKOM 75 Innovative mobile machine with an all purpose electric drive system, increasing the technical safety … "Projects realized by the KOMAG Institute from European Funds"

    Artykuł Projects realized by the KOMAG Institute from European Funds pochodzi z serwisu KOMAG.

    ]]>     Projects realized by the KOMAG Institute from European Funds: HYDKOM 75 Innovative mobile machine with an all purpose electric drive system, increasing the technical safety level KOMTRACK New generation haulage system of highly productive longwall systems

    Artykuł Projects realized by the KOMAG Institute from European Funds pochodzi z serwisu KOMAG.

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