This paper presents impact energy results of specimens made from high strength fine grained steel TStE 420 after thermal cycle simulation. These results are obtained by examining Charpy specimens. Metallographic analysis is performed, hardness is measured and total impact energy is divided into ductile and brittle components.U radu su prikazani rezultati udarne radnje loma toplinski simuliranih uzoraka mikrolegiranog čelika povišene čvrstoće TStE 420 dobiveni eksperimentalnim ispitivanjem Charpy epruveta. Izvršena je metalografska analiza, mjerene su tvrdoće i ukupna energija udara razdvojena je na duktilnu i krhku komponentu
This paper presents accelerated weldability investigation after weld thermal cycle simulation of TSt...
This paper presents weld thermal cycle simulation of high strength steel S960QL, and describes influ...
The paper presents impact energy results of thermal cycle simulated specimens of quenched and temper...
This paper presents impact energy results of specimens made from high strength fine grained steel TS...
This paper elaborates results of hardness and impact energy of thermal cycle simulated specimens of ...
This paper elaborates results of hardness and impact energy of thermal cycle simulated specimens of ...
The paper deals with research into dependence of hardness and impact energy of thermal cycle simulat...
The paper deals with research into dependence of hardness and impact energy of thermal cycle simulat...
In the technically advanced world there has always been a tendency to create lighter bearing constru...
The aim of this paper is to present the influence of differ-ent temperatures on the impact toughness...
This paper presents weld thermal cycle simulation of high strength steel S960QL, and describes influ...
The paper presents a short description and overview of the weld thermal cycle simulation methods. An...
U radu se obrazlaže usporedba simulacije toplinskog ciklusa zavarivanja s realnim ciklusom zavarivan...
This paper elaborates results of hardness and impact energy of thermal cycle simulated specimens of ...
This paper elaborates results of hardness and impact energy of thermal cycle simulated specimens of ...
This paper presents accelerated weldability investigation after weld thermal cycle simulation of TSt...
This paper presents weld thermal cycle simulation of high strength steel S960QL, and describes influ...
The paper presents impact energy results of thermal cycle simulated specimens of quenched and temper...
This paper presents impact energy results of specimens made from high strength fine grained steel TS...
This paper elaborates results of hardness and impact energy of thermal cycle simulated specimens of ...
This paper elaborates results of hardness and impact energy of thermal cycle simulated specimens of ...
The paper deals with research into dependence of hardness and impact energy of thermal cycle simulat...
The paper deals with research into dependence of hardness and impact energy of thermal cycle simulat...
In the technically advanced world there has always been a tendency to create lighter bearing constru...
The aim of this paper is to present the influence of differ-ent temperatures on the impact toughness...
This paper presents weld thermal cycle simulation of high strength steel S960QL, and describes influ...
The paper presents a short description and overview of the weld thermal cycle simulation methods. An...
U radu se obrazlaže usporedba simulacije toplinskog ciklusa zavarivanja s realnim ciklusom zavarivan...
This paper elaborates results of hardness and impact energy of thermal cycle simulated specimens of ...
This paper elaborates results of hardness and impact energy of thermal cycle simulated specimens of ...
This paper presents accelerated weldability investigation after weld thermal cycle simulation of TSt...
This paper presents weld thermal cycle simulation of high strength steel S960QL, and describes influ...
The paper presents impact energy results of thermal cycle simulated specimens of quenched and temper...