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Tomasz Ślęzak
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The effect of heat treatment on the microstructure and properties of explosively welded titanium-steel plates
M Wachowski, M Gloc, T Ślęzak, T Płociński, KJ Kurzydłowski
Journal of Materials Engineering and Performance 26, 945-954, 2017
382017
Thermal diffusivity investigations of the Titanium Grade 1 in wide temperature range
T Ślęzak, J Zmywaczyk, P Koniorczyk
AIP Conference Proceedings 2170 (1), 2019
282019
A comparative LCF study of S960QL high strength steel and S355J2 mild steel
T Ślęzak, L Śnieżek
Procedia Engineering 114, 78-85, 2015
272015
Fatigue Properties and Cracking of High Strength Steel S1100QL Welded Joints
T Ślęzak, L Śnieżek
Key Engineering Materials 598, 237-242, 2014
202014
Fatigue crack growth rates of S235 and S355 steels after friction stir processing
D Kocańda, V Hutsaylyuk, T Ślęzak, J Torzewski, H Nykyforchyn, V Kyryliv
Materials Science Forum 726, 203-210, 2012
192012
An experimental investigation of propagation the semi-elliptical surface cracks in an austenitic steel
L Śnieżek, T Ślęzak, K Grzelak, V Hutsaylyuk
International Journal of Pressure Vessels and Piping 144, 35-44, 2016
152016
Mechanical Properties of Laser-Welded Joints in the Difficult-to-Weld Steels
BM Nasiłowska, L Śnieżek, TJ Ślęzak, J Torzewski
Intelligent technologies in logistics and mechatronics systems 1, 2013
112013
Mechanical properties analysis of the AA2519-AA1050-Ti6Al4V explosive welded laminate
I Szachogluchowicz, L Sniezek, T Slezak, J Kluczyński, K Grzelak, ...
Materials 13 (19), 4348, 2020
92020
Research on the friction stir welding of Titanium Grade 1
R Kosturek, M Wachowski, T Ślęzak, L Śnieżek, J Mierzyński, U Sobczak
MATEC Web of Conferences 242, 01006, 2018
92018
Study on tensile and fatigue failure in the low-hardness zone of AA2519-T62 FSW joint
R Kosturek, TJ Ślęzak, J Torzewski, M Wachowski, L Śnieżek
Manufacturing Review 9, 2022
52022
Fatigue Life of Welded Joints of High-Strength Structural Steel S960QL
T Ślęzak, L Sniezek
Solid State Phenomena 250, 169-174, 2016
52016
Dilatometric investigation of the phase transition in the high strength steel S960QL
T Ślęzak, J Zmywaczyk, P Koniorczyk, L Śnieżek
Thermophysics 2014 Conference Proceedings, 8-10, 2014
52014
Prediction of Fatigue Life of Welded Joints Made of Fine-Grained Martensite-Bainitic S960QL Steel and Determination of Crack Origins
T Ślęzak
Advances in Materials Science and Engineering 2019, 2019
42019
Properties of welded joints made in high strength steel using laser technology
T Ślęzak, L Śnieżek
Biuletyn Wojskowej Akademii Technicznej 66 (1), 55-66, 2017
42017
DSC investigations of the phase transition in the high strength steel S960QL
T Ślęzak, J Zmywaczyk, P Koniorczyk, L Sniezek
Advanced Materials Research 1126, 148-154, 2015
32015
Influence of the usage of the high-energy joining technology on the properties of welds in high strength steel
T Ślęzak, L Śnieżek, K Grzelak
Proceedings of 9th International Conference ITELMS ‘2014, 221-226, 2014
32014
Ocena zmęczeniowego pękania stali S960QL w warunkach występowania odkształceń plastycznych
T ŚLĘZAK, L ŚNIEŻEK, J TORZEWSKI
3*
Structural modifications of the aluminium alloy in conditions of additional shock impulse load
V Hutsaylyuk, M Czausow, L Śnieżek, A Pylypenko, T Ślęzak, V Berezin
Key Engineering Materials 592, 598-601, 2014
22014
Badania zmęczeniowe połączeń spawanych wysokowytrzymałej stali S960QL
K Mazanek, L Śnieżek, T Ślęzak
Biuletyn Wojskowej Akademii Technicznej 62 (1), 253-269, 2013
22013
Mechanical Properties Analysis of Explosive Welded Sheet of AA2519-Ti6Al4V with Interlayer of AA1050 Subjected to Heat-Treatment
I Szachogłuchowicz, L Śnieżek, T Ślęzak
Materials 15 (11), 4023, 2022
12022
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