Difference between revisions of "Contact Laws"
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== Introduction == | == Introduction == | ||
[[NairnMPM]] and [[OSParticulas]] implement contact physics on [[#Using Explicit Cracks|crack surfaces]] and between materials in [[Multimaterial MPM|multimaterial mode]] by using contact laws. Each contact law can define [#Frictional Contact Laws|frictional contact]] or describe an [[#Imperfect Interface Contact Laws|imperfect interface]]. Contact laws are assigned to crack or material surfaces by using the [[Friction#Friction on Explicit Cracks|ContactCracks]] or ContactMM commands, by using the Contact material property, or by choosing a custom contact law in the NewCrack command. This section explains the p]]ossible contact laws. | [[NairnMPM]] and [[OSParticulas]] implement contact physics on [[#Using Explicit Cracks|crack surfaces]] and between materials in [[Multimaterial MPM|multimaterial mode]] by using contact laws. Each contact law can define [[#Frictional Contact Laws|frictional contact]] or describe an [[#Imperfect Interface Contact Laws|imperfect interface]]. Contact laws are assigned to crack or material surfaces by using the [[Friction#Friction on Explicit Cracks|ContactCracks]] or [[Friction#Friction in Multimaterial MPM|ContactMM]] commands, by using the Contact material property, or by choosing a custom contact law in the NewCrack command. This section explains the p]]ossible contact laws. | ||
== Frictional Contact Laws == | == Frictional Contact Laws == | ||
Revision as of 09:02, 19 January 2016
Introduction
NairnMPM and OSParticulas implement contact physics on crack surfaces and between materials in multimaterial mode by using contact laws. Each contact law can define frictional contact or describe an imperfect interface. Contact laws are assigned to crack or material surfaces by using the ContactCracks or ContactMM commands, by using the Contact material property, or by choosing a custom contact law in the NewCrack command. This section explains the p]]ossible contact laws.