In the present work the J-integral approach has been adopted to evaluate the high-rate fracture resistance curve of toughened polypropylenes. High-rate J-testing has been performed according to the multispecimen technique, following different procedures such as ASTM 813-81, ASTM E813-89 and ESIS P1-92. The results of the resistance to crack initiation, JIC, obtained by means of these different standards, are compared and discussed
The Technical Committee on Polymers and Composites of the European Society of Structural Integrity (...
International audienceToughening a polymeric material by adding rubber particles is a common techniq...
Instrumented puncture tests according to ISO 6603-2 and ASTMD3763 were executed for five different P...
For many demanding applications of engineering plastics, fracture behaviour under various loading co...
Three J-integral methods and their modified versions have been used to characterize the fracture tou...
The most commonly accepted method of determining impact fracture toughness of polymeric materials th...
Abstract The suitability of J–R curve fitting methods proposed by ASTM E 813-81 and E 813-87 metal s...
International audienceThe chapter discusses the application of a multiple specimen resistance curve ...
The results of an experimental test program performed to investigate the influenceof specimen dimens...
The most used approach for determining the fracture resistance of ductile polymers at low loading ra...
The load separation criterion, which assumes that during the fracture process of a cracked body the ...
J-R curves characterize the fracture toughness property for materials which fail by a ductile modeMo...
Fracture toughness of ductile polymers can be measured by the incremental crack growth resistance cu...
The fracture behaviour of materials in the ductile-to-brittle region is neither completely brittle n...
The thrust of the present work was the development of a new modification to the ASTM E813-89 method ...
The Technical Committee on Polymers and Composites of the European Society of Structural Integrity (...
International audienceToughening a polymeric material by adding rubber particles is a common techniq...
Instrumented puncture tests according to ISO 6603-2 and ASTMD3763 were executed for five different P...
For many demanding applications of engineering plastics, fracture behaviour under various loading co...
Three J-integral methods and their modified versions have been used to characterize the fracture tou...
The most commonly accepted method of determining impact fracture toughness of polymeric materials th...
Abstract The suitability of J–R curve fitting methods proposed by ASTM E 813-81 and E 813-87 metal s...
International audienceThe chapter discusses the application of a multiple specimen resistance curve ...
The results of an experimental test program performed to investigate the influenceof specimen dimens...
The most used approach for determining the fracture resistance of ductile polymers at low loading ra...
The load separation criterion, which assumes that during the fracture process of a cracked body the ...
J-R curves characterize the fracture toughness property for materials which fail by a ductile modeMo...
Fracture toughness of ductile polymers can be measured by the incremental crack growth resistance cu...
The fracture behaviour of materials in the ductile-to-brittle region is neither completely brittle n...
The thrust of the present work was the development of a new modification to the ASTM E813-89 method ...
The Technical Committee on Polymers and Composites of the European Society of Structural Integrity (...
International audienceToughening a polymeric material by adding rubber particles is a common techniq...
Instrumented puncture tests according to ISO 6603-2 and ASTMD3763 were executed for five different P...
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