Add to ORKGVarious aspects of the master curve methodology have been investigated experimentally based on data obtained with different pressure vessel and container steel. A manganese cast steel has been utilised being considered for storage containers of spent nuclear fuel. 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 lack of design rules limits the application of VHSS. One critical point limiting their use lies ...
Abstract This work presents a numerical and experimental investigation into the applicability of pre...
Fracture toughness is a key parameter for evaluating the structural integrity of reactor pressure ve...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
Master curve methodology have been investigated experimentally based on data obtained with cast ferr...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
The use of master curve at assessments of loading rate effects on fracture toughness transition beha...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
Master curve methodology has been used for an evaluation of strain rate effects on transition behavi...
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...
AbstractThe master curve methodology proposed by Kim Wallin (ASTM E1921-02) has been used to evaluat...
The paper presents results of a research project founded by the Swiss Federal Nuclear Inspectorate c...
The master curve (MC) approach used to measure the transition temperature, T0, was standarised in th...
The lack of design rules limits the application of Very High Strength Steels (VHSS). One critical po...
The lack of design rules limits the application of VHSS. One critical point limiting their use lies ...
Abstract This work presents a numerical and experimental investigation into the applicability of pre...
Fracture toughness is a key parameter for evaluating the structural integrity of reactor pressure ve...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
Master curve methodology have been investigated experimentally based on data obtained with cast ferr...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
The use of master curve at assessments of loading rate effects on fracture toughness transition beha...
Various aspects of the master curve methodology have been investigated experimentally based on data ...
Master curve methodology has been used for an evaluation of strain rate effects on transition behavi...
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...
AbstractThe master curve methodology proposed by Kim Wallin (ASTM E1921-02) has been used to evaluat...
The paper presents results of a research project founded by the Swiss Federal Nuclear Inspectorate c...
The master curve (MC) approach used to measure the transition temperature, T0, was standarised in th...
The lack of design rules limits the application of Very High Strength Steels (VHSS). One critical po...
The lack of design rules limits the application of VHSS. One critical point limiting their use lies ...
Abstract This work presents a numerical and experimental investigation into the applicability of pre...
Fracture toughness is a key parameter for evaluating the structural integrity of reactor pressure ve...