Dr hab. inż. Janusz Richter, prof. nzw. w Pol. Śl.
Stanowisko: Prof. nzw. w Politechnice Śląskiej
Numer Pokoju: 104
Telefon: (+48 32) 6034445
E-mail:
Godziny konsultacji: wtorek 13-14 środa 13-14
Zainteresowania naukowe:
- materiały narzędziowe
- metalografia ilościowa
- dobór materiałów i technologii
Publikacje:
Liczba publikacji: 26 z 26
- Richter Janusz: Metody doboru materiałów inżynierskich: Wybrane zagadnienia, Wydawnictwo Politechniki Śląskiej, Gliwice, 2016,
p. 25 - Szczotok Agnieszka, Richter Janusz, Cwajna Jan: Stereological characterization of g’ phase precipitation in CMSX-6 monocrystalline nickel-base superalloy, Materials Characterization 60 , 2009, s. 1114-1119,
p. 24 - Szala Janusz, Szczotok Agnieszka, Richter Janusz, Cwajna Jan, Maciejny A.: Selection of methods for etching carbides in MAR-M509 cobalt-base superalloy and acquisition of their images, Materials Characterization, 2006, 56, iss. 4/5, 2006, s. 325-335,
p. 24 - Richter Janusz: Application of Vickers indentation for assessment of PVD TiN coated new nonledeburitic high-speed steels, Surface and Coatings Technology, 2003, s. 119-130,
p. 24 - Cwajna Jan, Richter Janusz, Szala Janusz: Economical nonledeburitic tool alloys – alloying philosophy, structure and properties, Journal of Materials Processing Technology, 133/1-2, 2003, s. 39-43,
p. 24 - Richter Janusz: Tribological evaluation of high-speed steels with a regulated carbide phase, Materials Characterization v.50, 2003, s. 339-347,
p. 24 - Richter Janusz, Cwajna Jan, Szala Janusz: Quantitative assessment of new high-speed substrate and PVD coatings, Materials Characterization, vol. 46, 2/3, 2001, s. 137,
p. 24 - Richter Janusz, Wyciślik A.: The role of metallic constituents removal in investigations of the chemical composition of isolated carbide phases, Analytical Chemistry, Warsaw, 46/75, 2001, s. 207,
p. 24 - Richter Janusz: The joint application of various microscopy techniques for the evaluation of area fraction of structural components - theoretical assumptions and practical aspects, Practical Metallography 49/9, 2012, s. 556-576,
p. 20 - Richter Janusz: Carbides precipitation and secondary hardening in niobium-titanium high-speed steels, Practical Metallography 46/1, 2009, s. 24-32,
p. 20 - Richter Janusz: Effect of solidification upon features of primary carbides in niobium-titanium high-speed steels, Practical Metallography 45/6, 2008, s. 259-270,
p. 20 - Wyciślik A., Richter Janusz: Dissolution of carbide isolates in acids using microwave technique, Solid State Phenomena Vol. 212, 2014, s. 39-44,
p. 10 - Richter Janusz, Maliński Marian: Stereological and statistical evaluation of grain size in experimental Ni-based and conventional supercoarse sintered carbides, Solid State Phenomena, vol 197, 2013, s. 143-148,
p. 10 - Szala Janusz, Szczotok Agnieszka, Richter Janusz, Cwajna Jan, Maciejny A.: Selective evaluation of primary carbides in MAR-M509 cobalt-base superalloy, 9th ECSIA & 7th STERMAT International Conference on Stereology and Image Analysis in Materials Science, Zakopane, 10-13.05.2005, 2005, s. II 155-164,
p. 6 - Szala Janusz, Szczotok Agnieszka, Richter Janusz, Cwajna Jan, Maciejny A.: Selective quantitative evaluation of carbide eutectics in MAR-M509 cobalt-base superalloy, 9th ECSIA & 7th STERMAT International Conference on Stereology and Image Analysis in Materials Science, Zakopane, 10-13.05.2005, 2005, s. II 165-171,
p. 6 - Richter Janusz, Harabas Katarzyna: Grain size assessment in supercaorse hardmetals with cobalt and nickel based matrices, Proceedings of the 1st International Porous and Powder Materials Symposium and Exhibition. PPM 2013, Cesme Izmir, Turkey, 3-6 September 2013, 2013, s. 274-277
- Richter Janusz, Krajzel J.: Nickel-based binding phase effect upon selected properties of supercoarse sintered carbides, Proceedings of 18th Plansee Seminar 2013. International Conference on Refractory Metals and Hard Materials, Reutte, Austria, 3-7 June, 2013
- Szala Janusz, Richter Janusz: Modelling and quantitative characterization of Johnson-Mehl polycrystalline structures Part 6. Relationships between 3D and 1D parameters of planar anisotropic structures, 9th ECSIA & 7th STERMAT International Conference on Stereology and Image Analysis in Materials Science, Zakopane, 10-13.05.2005, 2005, s. I 485-492
- Maliński Marian, Chrapoński Jacek, Richter Janusz: Quantitative approach to characterization of polycrystalline structures anisotropy, Proc. of the 9th European Congress on Stereology and Image Analysis. Zakopane, Poland, May 10-13, 2005, s. 413
- Wyciślik A., Richter Janusz: Two stage preparation of carbide isolates of new high-speed steel for analysis by AAS method, Proc. 23rd Int. Conf. „Hutnicka Analytyka”, 2003, s. 63-70
- Richter Janusz: Wear studies of commercial and Ti/Nb high speed steels, Proc. 6th Tooling Conference, Karlstad, September 2002, v.1, 2002, s. 439-442
- Richter Janusz: Cutting performance of new high-speed steels with PVD wear resistant coatings, Proc. of XVI Physical Metallurgy and Materials Science Conference on Advanced Materials and Technologies AMT’2001, Inżynieria Materiałowa, 2001, s. 780
- Wyciślik A., Sosnowski R., Richter Janusz, Wojtynek L.: Role of supplement techniques in rational conducting of investigations in materials analysis, Proc.X Seminar on analytical chemistry, Poznań 2001, 2001, s. 45
- Wyciślik A., Sosnowski R. , Richter Janusz, Wojtynek L.: Rola metod i technik uzupełniających w racjonalnym prowadzeniu badań w analityce materiałowej, Materiały Poznańskiego Konwersatorium Analitycznego, "Nowoczesne metody przygotowania próbek i oznaczania śladowych ilości pierwiastków, Poznań, 2001, s. 45
- Richter Janusz, Szala Janusz, Cwajna Jan: Selective Evaluation of Carbide Phase in Economical High-Speed Steel of Elevated Hardness, Proceedings of Sixth International Conference STEREOLOGY AND IMAGE ANALYSIS IN MATERIALS SCIENCE, 2000, s. 337-342
- Richter Janusz, Szala Janusz, Cwajna Jan: Quantitative Assessment of PVD Layers Deposited on Commercial and Economical High-Speed Steels, Proceedings of Sixth International Conference “Stereology and Image Analysis in Materials Science” STERMAT 2000, 2000, s. 343-350
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