This new ASTM manual introduces the concept of the Master Curve Method so it can be understood and used by engineers who have had limited exposure to elastic-plastic fracture mechanics and/or advanced statistical methods. It addresses the practical design-related problem of defining the ductile-to-brittle fracture transition temperature of structural steels directly in terms of fracture mechanics data
The Master Curve methodology has been developed as an advanced, direct technique for characterizing ...
Specimen size, crack depth and loading conditions may effect the materials fracture toughness. In or...
The Master Curve methodology for describing cleavage fracture toughness, scatter, size-effects and t...
This new ASTM manual introduces the concept of the Master Curve Method so it can be understood and u...
The Master Curve (MC) methodology has evolved, from only being a brittle fracture testing and analys...
The Master Curve (MC) methodology, introduced more than two decades ago, has evolved, from only bein...
An American Society for Testing and Materials (ASTM) standard method (E 1921-97) has been developed ...
The Master Curve methodology is a statistical, theoretical, micromechanism based, analysis method fo...
The term fracture toughness usually refers to the linear elastic fracture resistance parameter KIC. ...
The use of master curve at assessments of loading rate effects on fracture toughness transition beha...
The range of applicability of Master Curve testing Standard ASTM E 1921 is limited to macroscopicall...
Although Ultra High Strength Steels (UHSS) with nominal strengths up to 1500 MPa have been available...
The master curve approach developed by Wallin [1] is a new fracture mechanics based tool for brittle...
The master curve (MC) approach used to measure the transition temperature, T0, was standarised in th...
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 ...
Specimen size, crack depth and loading conditions may effect the materials fracture toughness. In or...
The Master Curve methodology for describing cleavage fracture toughness, scatter, size-effects and t...
This new ASTM manual introduces the concept of the Master Curve Method so it can be understood and u...
The Master Curve (MC) methodology has evolved, from only being a brittle fracture testing and analys...
The Master Curve (MC) methodology, introduced more than two decades ago, has evolved, from only bein...
An American Society for Testing and Materials (ASTM) standard method (E 1921-97) has been developed ...
The Master Curve methodology is a statistical, theoretical, micromechanism based, analysis method fo...
The term fracture toughness usually refers to the linear elastic fracture resistance parameter KIC. ...
The use of master curve at assessments of loading rate effects on fracture toughness transition beha...
The range of applicability of Master Curve testing Standard ASTM E 1921 is limited to macroscopicall...
Although Ultra High Strength Steels (UHSS) with nominal strengths up to 1500 MPa have been available...
The master curve approach developed by Wallin [1] is a new fracture mechanics based tool for brittle...
The master curve (MC) approach used to measure the transition temperature, T0, was standarised in th...
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 ...
Specimen size, crack depth and loading conditions may effect the materials fracture toughness. In or...
The Master Curve methodology for describing cleavage fracture toughness, scatter, size-effects and t...