Department of Mechanics: Seminar: Abstract Allix: Difference between revisions
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===== [http://w3.lmt.ens-cachan.fr/site/php_perso/perso_page_lmt.php?nom=ALLIX§eur=2 Olivier Allix], ENS Cachan, France ===== | ===== [http://w3.lmt.ens-cachan.fr/site/php_perso/perso_page_lmt.php?nom=ALLIX§eur=2 Olivier Allix], ENS Cachan, Université Paris Saclay, France ===== | ||
==== On bounded rate constitutive model: Application to objective failure prediction ==== | ==== On bounded rate constitutive model: Application to objective failure prediction ==== | ||
The | The most widespread approach to overcome the lack of consistency of material models with respect to failure is the non-local approach. Here we propose to discuss an alternative approach - the bounded rate constitutive model, with its advantages and disadvantages. Several examples will illustrate the main properties of bounded rate-dependent models and their identification: ductile failure of a metallic material, dynamic delamination - failure and erosion of laminates submitted to high velocity impact. | ||
Latest revision as of 21:50, 9 January 2017
Olivier Allix, ENS Cachan, Université Paris Saclay, France
On bounded rate constitutive model: Application to objective failure prediction
The most widespread approach to overcome the lack of consistency of material models with respect to failure is the non-local approach. Here we propose to discuss an alternative approach - the bounded rate constitutive model, with its advantages and disadvantages. Several examples will illustrate the main properties of bounded rate-dependent models and their identification: ductile failure of a metallic material, dynamic delamination - failure and erosion of laminates submitted to high velocity impact.