A new approach is proposed to analyze the fracture behavior with crack tip plasticity by the use of three independent measurements: E0 is the energy required per unit length of crack front to prepare the crack just before propagation; the Ef-curve is a plot of the energy required to produce a unit area of fractured surface versus the crack length; and the Ka-curve is a plot of the applied stress intensity factor KIapp versus the crack length. For ABS polymers, the prefracture energy E0 is 33 Jm-1; the Ef-curve is a horizontal line of 5.2 × 104 Jm-2; and the Ka curve has three different regions which depend on the development of the plastic zone during fracture
To characterize the rate dependent fracture behavior of various engineering polymers, instrumented i...
The investigation of reaction of the static-dynamical loading (pulse hit action of the striker to a ...
J-R curves characterize the fracture toughness property for materials which fail by a ductile modeMo...
The applicability and limitation of the essential work of fracture model originally proposed for dou...
International audienceThe chapter discusses the application of a multiple specimen resistance curve ...
The analysis of the specimen geometry effects on the evaluation of material fracture resistance play...
The essential work of fracture (EWF) and Izod/Charpy impact tests have been used to investigate the ...
The objective of the present study was to develop a criterion to characterize the influence of plast...
Fracture toughness of ductile polymers can be measured by the incremental crack growth resistance cu...
The most commonly accepted method of determining impact fracture toughness of polymeric materials th...
ABSTRACT: Specific requirements on the specimen geometry necessary for the determi-nation of fractur...
The fracture behaviour of materials in the ductile-to-brittle region is neither completely brittle n...
The Post-Yielding Fracture Mechanics describe the fracture behaviour of pre-cracked films and thin s...
Improving the fracture toughness of the polymer matrix has been a concentration of research effort f...
The plastic deformation behaviour of a material in a fracture process can be described by a plastic ...
To characterize the rate dependent fracture behavior of various engineering polymers, instrumented i...
The investigation of reaction of the static-dynamical loading (pulse hit action of the striker to a ...
J-R curves characterize the fracture toughness property for materials which fail by a ductile modeMo...
The applicability and limitation of the essential work of fracture model originally proposed for dou...
International audienceThe chapter discusses the application of a multiple specimen resistance curve ...
The analysis of the specimen geometry effects on the evaluation of material fracture resistance play...
The essential work of fracture (EWF) and Izod/Charpy impact tests have been used to investigate the ...
The objective of the present study was to develop a criterion to characterize the influence of plast...
Fracture toughness of ductile polymers can be measured by the incremental crack growth resistance cu...
The most commonly accepted method of determining impact fracture toughness of polymeric materials th...
ABSTRACT: Specific requirements on the specimen geometry necessary for the determi-nation of fractur...
The fracture behaviour of materials in the ductile-to-brittle region is neither completely brittle n...
The Post-Yielding Fracture Mechanics describe the fracture behaviour of pre-cracked films and thin s...
Improving the fracture toughness of the polymer matrix has been a concentration of research effort f...
The plastic deformation behaviour of a material in a fracture process can be described by a plastic ...
To characterize the rate dependent fracture behavior of various engineering polymers, instrumented i...
The investigation of reaction of the static-dynamical loading (pulse hit action of the striker to a ...
J-R curves characterize the fracture toughness property for materials which fail by a ductile modeMo...