G. Lesiuk
AuthID: R-00H-3CW
1
TITLE: Fatigue Crack Propagation of 51CrV4 Steels for Leaf Springs Suspensions of Railway Freight Wagons
AUTHORS: Vítor M G Gomes; Grzegorz Lesiuk; José António Correia ; Abílio M P De Jesus ;
PUBLISHED: 2024
AUTHORS: Vítor M G Gomes; Grzegorz Lesiuk; José António Correia ; Abílio M P De Jesus ;
PUBLISHED: 2024
INDEXED IN: 
CrossRef
CrossRef2
TITLE: A Predictive Methodology for Temperature, Heat Generation and Transfer in Gigacycle Fatigue Testing
AUTHORS: Klein Fiorentin, F; Reis, L; Lesiuk, G; Reis, A; de Jesus, A ;
PUBLISHED: 2023, SOURCE: Metals, VOLUME: 13, ISSUE: 3
AUTHORS: Klein Fiorentin, F; Reis, L; Lesiuk, G; Reis, A; de Jesus, A ;
PUBLISHED: 2023, SOURCE: Metals, VOLUME: 13, ISSUE: 3
INDEXED IN: 
Scopus CrossRef
Scopus CrossRef3
TITLE: Notch effect in very high-cycle fatigue behaviour of a structural steel Full Text
AUTHORS: Rita Dantas; Michael Gouveia; Filipe A Silva; Felipe Fiorentin; José António Correia ; Grzegorz Lesiuk; Abílio de Jesus ;
PUBLISHED: 2023, SOURCE: INTERNATIONAL JOURNAL OF FATIGUE, VOLUME: 177
AUTHORS: Rita Dantas; Michael Gouveia; Filipe A Silva; Felipe Fiorentin; José António Correia ; Grzegorz Lesiuk; Abílio de Jesus ;
PUBLISHED: 2023, SOURCE: INTERNATIONAL JOURNAL OF FATIGUE, VOLUME: 177
4
TITLE: Roughness evaluation of turned composite surfaces by analysis of the shape of autocorrelation function Full Text
AUTHORS: Podulka, Przemyslaw; Macek, Wojciech; Zima, Beata; Lesiuk, Grzegorz; Branco, Ricardo; Krolczyk, Grzegorz;
PUBLISHED: 2023, SOURCE: MEASUREMENT, VOLUME: 222
AUTHORS: Podulka, Przemyslaw; Macek, Wojciech; Zima, Beata; Lesiuk, Grzegorz; Branco, Ricardo; Krolczyk, Grzegorz;
PUBLISHED: 2023, SOURCE: MEASUREMENT, VOLUME: 222
INDEXED IN: Scopus 
WOS
Scopus WOS5
TITLE: Preface
AUTHORS: Lesiuk, G; Duda, S; José António Correia ; De Jesus, AMP ;
PUBLISHED: 2022, SOURCE: Structural Integrity, VOLUME: 24, ISSUE: 3-4
AUTHORS: Lesiuk, G; Duda, S; José António Correia ; De Jesus, AMP ;
PUBLISHED: 2022, SOURCE: Structural Integrity, VOLUME: 24, ISSUE: 3-4
INDEXED IN: Scopus CrossRef
Scopus CrossRef6
TITLE: Fatigue crack growth modelling by means of the strain energy density-based Huffman model considering the residual stress effect
AUTHORS: Ribeiro, Victor; José António Correia ; Mourao, Antonio; Lesiuk, Grzegorz; Goncalves, Aparecido; De Jesus, Abilio ; Berto, Filippo;
PUBLISHED: 2022, SOURCE: ENGINEERING FAILURE ANALYSIS, VOLUME: 140
AUTHORS: Ribeiro, Victor; José António Correia ; Mourao, Antonio; Lesiuk, Grzegorz; Goncalves, Aparecido; De Jesus, Abilio ; Berto, Filippo;
PUBLISHED: 2022, SOURCE: ENGINEERING FAILURE ANALYSIS, VOLUME: 140
7
TITLE: The energy approach to fatigue crack growth of S355 steel welded specimens subjected to bending Full Text
AUTHORS: Rozumek, Dariusz; Lewandowski, Janusz; Lesiuk, Grzegorz; Marciniak, Zbigniew; José António Correia ; Macek, Wojciech;
PUBLISHED: 2022, SOURCE: THEORETICAL AND APPLIED FRACTURE MECHANICS, VOLUME: 121
AUTHORS: Rozumek, Dariusz; Lewandowski, Janusz; Lesiuk, Grzegorz; Marciniak, Zbigniew; José António Correia ; Macek, Wojciech;
PUBLISHED: 2022, SOURCE: THEORETICAL AND APPLIED FRACTURE MECHANICS, VOLUME: 121
8
TITLE: Fatigue crack growth modelling for S355 structural steel considering plasticity-induced crack-closure by means of UniGrow model
AUTHORS: Pedrosa, Bruno; José António Correia ; Lesiuk, Grzegorz; Rebelo, Carlos; Veljkovic, Milan;
PUBLISHED: 2022, SOURCE: INTERNATIONAL JOURNAL OF FATIGUE, VOLUME: 164
AUTHORS: Pedrosa, Bruno; José António Correia ; Lesiuk, Grzegorz; Rebelo, Carlos; Veljkovic, Milan;
PUBLISHED: 2022, SOURCE: INTERNATIONAL JOURNAL OF FATIGUE, VOLUME: 164
9
TITLE: Very high cycle fatigue behaviour of S690 structural steel
AUTHORS: Dantas, R; Gouveia, M; Silva, FGA; Fiorentin, F; de Jesus, A ; José António Correia ; Lesiuk, G;
PUBLISHED: 2022, SOURCE: 23rd European Conference on Fracture, ECF 2022 in Procedia Structural Integrity, VOLUME: 42
AUTHORS: Dantas, R; Gouveia, M; Silva, FGA; Fiorentin, F; de Jesus, A ; José António Correia ; Lesiuk, G;
PUBLISHED: 2022, SOURCE: 23rd European Conference on Fracture, ECF 2022 in Procedia Structural Integrity, VOLUME: 42
10
TITLE: Fracture behaviour of engineering stone material
AUTHORS: Smolnicki, M; Cieciura, M; Lesiuk, G; José António Correia ; Stabla, P;
PUBLISHED: 2021, SOURCE: INTERNATIONAL JOURNAL OF STRUCTURAL INTEGRITY, VOLUME: 12, ISSUE: 1
AUTHORS: Smolnicki, M; Cieciura, M; Lesiuk, G; José António Correia ; Stabla, P;
PUBLISHED: 2021, SOURCE: INTERNATIONAL JOURNAL OF STRUCTURAL INTEGRITY, VOLUME: 12, ISSUE: 1
