Add to ORKGFracture toughness (K1C) of medium carbon steel (0.5 % C) has been determined by round notched tensile specimen. Two notch diameters (5.6mm and 4.2mm) and three notch angles (α) namely 450, 600 and 750 have been used to observe the effect of notch diameters and notch angle on fracture toughness of the steel. By heat treatment the microstructure of the steel is also varied and its effect on the fracture toughness is also observed. It has been found that fine grained structure improves fracture toughness. Lower notch diameter and higher notch angle show higher value of K1C
The aim of this work is to experimentally evaluate the notch ductility of a TWinning Induced Plastic...
A study has been carried out on the mechanical and microstructural properties of seven alloy steels....
This paper presents the analysis of the notch effect in two ferritc–pearlitic steels: S275JR and S35...
This project is about to study the effect of microstructure on plain strain fracture toughness of ca...
This project was conducted to investigate the effect of specimen size on fracture toughness of mild ...
The variation of yield strength and fracture toughness was investigated for four different heat trea...
The influence of microstructural variations on the fracture toughness of two tool steels with compos...
It has been reported that the high temperature austenitisation heat treatments have resulted in impr...
The fracture toughness of low-alloy steels significantly depends upon the microstructure, i.e. upon ...
It has been reported that the high temperature austenitisation heat treatments have resulted in impr...
Tool steels are a very large group of complex alloys which have evolved for many diverse hot and col...
The objective of the present study was to investigate the effect of notch root radius on the mixed m...
The fracture resistance of materials is generally higher in notched conditions that in cracked condi...
In the paper notch toughness assessment of full scale testing samples (FS) form the upper bound toug...
The low-temperature toughness of C-Mn weld steel with different grain sizes was investigated with no...
The aim of this work is to experimentally evaluate the notch ductility of a TWinning Induced Plastic...
A study has been carried out on the mechanical and microstructural properties of seven alloy steels....
This paper presents the analysis of the notch effect in two ferritc–pearlitic steels: S275JR and S35...
This project is about to study the effect of microstructure on plain strain fracture toughness of ca...
This project was conducted to investigate the effect of specimen size on fracture toughness of mild ...
The variation of yield strength and fracture toughness was investigated for four different heat trea...
The influence of microstructural variations on the fracture toughness of two tool steels with compos...
It has been reported that the high temperature austenitisation heat treatments have resulted in impr...
The fracture toughness of low-alloy steels significantly depends upon the microstructure, i.e. upon ...
It has been reported that the high temperature austenitisation heat treatments have resulted in impr...
Tool steels are a very large group of complex alloys which have evolved for many diverse hot and col...
The objective of the present study was to investigate the effect of notch root radius on the mixed m...
The fracture resistance of materials is generally higher in notched conditions that in cracked condi...
In the paper notch toughness assessment of full scale testing samples (FS) form the upper bound toug...
The low-temperature toughness of C-Mn weld steel with different grain sizes was investigated with no...
The aim of this work is to experimentally evaluate the notch ductility of a TWinning Induced Plastic...
A study has been carried out on the mechanical and microstructural properties of seven alloy steels....
This paper presents the analysis of the notch effect in two ferritc–pearlitic steels: S275JR and S35...