Solid Mechanics PDEs and Boundary Conditions
TopicOverview »
Solid mechanics is the field of physics that models mechanical deformation, strain and stress of solids under load.
Functions
SolidMechanicsPDEComponent — model solid mechanics
SolidMechanicsStrain — computes strain from displacement
SolidMechanicsStress — computes stress from strain
SolidFixedCondition — model fixed constraints
SolidDisplacementCondition — model prescribed displacements
SolidBoundaryLoadValue — model boundary loads
VonMisesStress — computes the von Mises stress from a stress tensor
Monographs
Solid Mechanics — monograph about modeling solid mechanics
Hyperelasticity — monograph about modeling hyperelastic material
Solid Mechanics Model Verification — test suite with solid mechanics model verification
Models
Disc Brake — model deformation and thermal expansion in a disc brake
Electrostatically Actuated MEMS — model micro-electromechanical system
Hygroscopic Swelling — model a gasket influenced by heat, moisture and deformation
Hyperelastic Tissue — model a biaxial tension test of tissue with a neo-Hookean model
Hyperelastic Model Comparison — compares different hyperelastic models
Thermal Load — model the effect of temperature on a structure
Vascular Vessel — model a vascular artery with a Yeoh hyperelastic model
Models Overview
Comparative overview of the solid mechanics models.
More examples for boundary conditions can be found on the respective reference pages.