Jacek Tomków
Jacek Tomków
Gdańsk University of Technology
Zweryfikowany adres z pg.edu.pl
TytułCytowane przezRok
Bead-on-plate welding on S235JR steel by underwater local dry chamber process
G Rogalski, J Łabanowski, D Fydrych, J Tomków
Polish Maritime Research 21 (2), 58-64, 2014
252014
Weldability of S500MC steel in underwater conditions
D Fydrych, J Łabanowski, G Rogalski, J Haras, J Tomków, ...
Advances in Materials Science 14 (2), 37-45, 2014
182014
Improvement of S355G10+ N steel weldability in water environment by Temper Bead Welding
J Tomków, G Rogalski, D Fydrych, J Łabanowski
Journal of Materials Processing Technology, 372-381, 2018
142018
Diffusible hydrogen control in flux cored arc welding process
D Fydrych, A Świerczyńska, J Tomków
Key Engineering Materials 597, 171-178, 2014
142014
Cold cracking of underwater wet welded S355G10+ N high strength steel
D Fydrych, J Łabanowski, J Tomków, G Rogalski
Advances in Materials Science 15 (3), 48-56, 2015
132015
Determination of diffusible hydrogen content in the deposited metal of rutile electrodes by the glycerin method
D Fydrych, J Tomków, A Świerczyńska
Metallurgy and Foundry Engineering 39 (1), 43, 2013
102013
Cold cracking of S460N steel welded in water environment
J Tomków, J Łabanowski, D Fydrych, G Rogalski
Polish Maritime Research 25 (3), 131-136, 2018
92018
Advantages of the application of the Temper bead welding technique during wet welding
J Tomków, G Rogalski, D Fydrych, J Łabanowski
Materials 12 (6), 915, 2019
82019
Skłonność do tworzenia pęknięć zimnych złączy ze stali S420G2+ M spawanej pod wodą metodą mokrą
D Fydrych, G Rogalski, J Tomków, J Łabanowski
Welding Technology Review 85 (10), 2013
72013
Temper bead welding of S460N steel in wet welding conditions
J Tomków, D Fydrych, G Rogalski, J Łabanowski
Advances in materials science 18 (3), 5-14, 2018
62018
Effect of the welding environment and storage time of electrodes on the diffusible hydrogen content in deposited metal
J Tomków, D Fydrych, G Rogalski, J Łabanowski
Rev. Metall 55, e140, 2019
42019
Weldability of S460ML high strength low alloy steel in underwater conditions
D Fydrych, J Tomków, G Rogalski, J Łabanowski
Applied Mechanics and Materials 838, 10-17, 2016
32016
Wpływ techniki ściegu odpuszczającego na spawalność stali S355G10+ N pod wodą
D Fydrych, J Tomków, G Rogalski, J Łabanowski
Welding Technology Review 87 (9), 2015
32015
Preliminary investigations of effect of conditions of FCAW process on diffusible hydrogen content in deposited metal
A Świerczyńska, J Tomków, D Fydrych
Gdańsk University of Technology Faculty of Mechanical Enginering, 2013
22013
The influence of the welding environment on the properties of Tekken joints made from S355J2C+ N steel
J Tomków, A Janeczek
Welding Technology Review 91, 2019
12019
Weldability testing of S460N steel in water environment by using Tekken test
J Tomków, G Rogalski, D Fydrych, J Łabanowski
Welding Technology Review 90 (5), 2018
12018
Wpływ rodzaju zanieczyszczenia powierzchni odlewu ze staliwa LH14 na jakość napoin wykonanych elektrodą otuloną
J Tomków, J Haras
Przegląd Spawalnictwa 89, 2017
12017
The influence of the carbon equivalent on the weldability of high-strength low-alloy steel in the water environment
J Tomków, M Tomków
Welding Technology Review 91 (5), 2019
2019
Efecto del sistema de apantallamiento de la soldadura y el tiempo de almacenaje de los electrodos en el contenido de hidrógeno difundido en el metal depositado
J Tomków, D Fydrych, G Rogalski, J Łabanowski
Revista de Metalurgia 55 (1), 140, 2019
2019
Role of Bead Sequence in Underwater Welding
J Tomków, D Fydrych, G Rogalski
Materials 12 (20), 3372, 2019
2019
Nie można teraz wykonać tej operacji. Spróbuj ponownie później.
Prace 1–20