Difference between revisions of "Contact Laws"
Jump to navigation
Jump to search
| Line 2: | Line 2: | ||
== 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 | [[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. | ||
== Frictional Contact Laws == | == Frictional Contact Laws == | ||
Revision as of 10:01, 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 Laws|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.