Add to ORKGMaster curve methodology have been investigated experimentally based on data obtained with cast ferritic steel being considered for storage containers of spent nuclear fuel. Standard pre-cracked specimens have been tested by means of instrumented drop weight tower, pre-cracked Charpy specimens by means of Instrumented impact tester. Different methodologies of reference temperature determination have been followed. Transferability of data from small pre-cracked specimens to standard ones has been also followed
The term fracture toughness usually refers to the linear elastic fracture resistance parameter KIC. ...
Brittle fracture in the ductile to brittle transition regime is connected with specimen size effects...
The current provisions used in the U.S. Code of Federal Regulations for the determination of the fra...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
The Master Curve methodology has been developed as an advanced, direct technique for characterizing ...
The Master Curve (MC) methodology, introduced more than two decades ago, has evolved, from only bein...
The Master Curve (MC) methodology has evolved, from only being a brittle fracture testing and analys...
Recent advances in fracture toughness have led to employment of the Weibull statistic to model scatt...
The use of master curve at assessments of loading rate effects on fracture toughness transition beha...
The Master Curve methodology is a statistical, theoretical, micromechanism based, analysis method fo...
Application of the Master Curve method and associated reference temperature of ASTM E1921 to define ...
The capability of pre-cracked Charpy type specimens for prediction of fracture toughness characteris...
At VTT, development work has been in progress for 15 years to develop and validate testing and analy...
At VTT, development work has been in progress for 15 years to develop and validate testing and analy...
The term fracture toughness usually refers to the linear elastic fracture resistance parameter KIC. ...
Brittle fracture in the ductile to brittle transition regime is connected with specimen size effects...
The current provisions used in the U.S. Code of Federal Regulations for the determination of the fra...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
The Master Curve methodology has been developed as an advanced, direct technique for characterizing ...
The Master Curve (MC) methodology, introduced more than two decades ago, has evolved, from only bein...
The Master Curve (MC) methodology has evolved, from only being a brittle fracture testing and analys...
Recent advances in fracture toughness have led to employment of the Weibull statistic to model scatt...
The use of master curve at assessments of loading rate effects on fracture toughness transition beha...
The Master Curve methodology is a statistical, theoretical, micromechanism based, analysis method fo...
Application of the Master Curve method and associated reference temperature of ASTM E1921 to define ...
The capability of pre-cracked Charpy type specimens for prediction of fracture toughness characteris...
At VTT, development work has been in progress for 15 years to develop and validate testing and analy...
At VTT, development work has been in progress for 15 years to develop and validate testing and analy...
The term fracture toughness usually refers to the linear elastic fracture resistance parameter KIC. ...
Brittle fracture in the ductile to brittle transition regime is connected with specimen size effects...
The current provisions used in the U.S. Code of Federal Regulations for the determination of the fra...