Fracture mechanical analysis of Gleeble simulated heat affected zones in high strength steels

Z Koncsik, J Lukács, G Nagy - Periodica Polytechnica Mechanical …, 2022 - pp.bme.hu
During the research work the fracture mechanical investigation of heat affected zones of
thermomechanical rolled high strength steels (Voestalpine Alform 960M) were carried out …

Weldability Assessment of Various Steels by Hard-Facing

D Arsić, V Lazić, RR Nikolić, N Sczygiol, B Krstić… - Materials, 2022 - mdpi.com
Two aspects of various steels' weldability are considered in this article. The theoretical part
presents general concepts related to steel's weldability and the application of the most …

The effect of the filler material choice on the high cycle fatigue resistance of high strength steel welded joints

Á Dobosy, J Lukács - Materials Science Forum, 2017 - Trans Tech Publ
The objective of this article is to present the newest results of our research work. In order to
determination and comparison of the fatigue resistance, high cycle fatigue tests (HCF) were …

[PDF][PDF] Weldability Assessment of Various Steels by Hard-Facing. Materials 2022, 15, 3082

D Arsic, V Lazic, RR Nikolic, N Sczygiol, B Krstic… - 2022 - academia.edu
Two aspects of various steels' weldability are considered in this article. The theoretical part
presents general concepts related to steel's weldability and the application of the most …

FATIGUE STRENGTH DEGRADATION OF THERMOMECHANICALLY ROLLED HIGH STRENGTH STEELS WELDS

F Klejch, E Schmidová - METAL 2021: Conference Proceedings, 2021 - dk.upce.cz
The good weldability of thermomechanically rolled high-strength steels is vital for
contemporary steel structures. Full utilization of their capacity requires detailed knowledge …

[PDF][PDF] ANALYSING THE HAZ SOFTENING OF S960M BY PHYSICAL SIMULATION

A Djahnit, Z Koncsik - academia.edu
The application of the modern high strength steels obtains an important role in automotive
industry. In such cases, the thickness of the structural elements can be decreased together …