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COMSOL Multiphysics®

Prodotti > Specification Chart > Structural Mechanics

Specification Chart

Physics Interfaces and Study Types

Fatigue

Yes

Beam

Yes

Beam Cross Section

Yes

Electromechanics

Yes

Joule Heating and Thermal Expansion

Yes

Yes

Membrane

Yes

Multibody Dynamics

Yes

Piezoelectric Devices

Yes

Yes

Yes

Piezoresistivity, Boundary Currents

Yes

Piezoresistivity, Domain Currents

Yes

Piezoresistivity, Shell*

Yes

Yes

Plate

Yes

Poroelasticity

Yes

Shell

Yes

Solid Mechanics

Yes

Thermal Stress

Yes

Yes

Thermoelasticity

Yes

Truss

Yes

Conditions on Surfaces

Beam Cross Section

Hole

Yes

Electromechanics

Electromechanical Interface

Yes

Membrane

Added Mass

Yes

Body Load

Yes

Face Load

Yes

Geometric Nonlinearity

Yes

Initial Stress and Strain Tensors

Yes

Thermal Expansion

Yes

Linear Elastic Material

Yes

Spring Foundation

Yes

Multibody Dynamics

Added Mass

Yes

Face Load with Total Force, Force per Area, and Pressure Load

Yes

Follower Pressure Load

Yes

Prescribed Displacement

Yes

Spring Foundation

Yes

Piezoresistivity, Boundary Currents

Thin Conductive Layer

Yes

Thin Piezoresistive Layer

Yes

Piezoresistivity, Shell

Damping*

Yes

Yes

Linear Elastic Material, Shell and Plate*

Yes

Yes

Thermal Expansion*

Yes

Yes

Thin Conductive Layer*

Yes

Yes

Thin Piezoresistive Layer*

Yes

Yes

Shell and Plate

Added Mass

Yes

Body Load

Yes

Face Load

Yes

Geometric Nonlinearity

Yes

Initial Stress and Strain Tensors

Yes

Offset

Yes

Thermal Expansion

Yes

Linear Elastic Material

Yes

Spring foundation

Yes

Solid Mechanics

Added Mass

Yes

Yes

Yes

Face Load with Total Force, Force per Area, and Pressure Load

Yes

Follower Pressure Load

Yes

Yes

Low-Reflecting Boundary

Yes

Yes

Yes

Prescribed Acceleration

Yes

Yes

Yes

Prescribed Displacement

Yes

Prescribed Velocity

Yes

Yes

Yes

Symmetry/Antisymmetry

Yes

Yes

Yes

Thin Elastic Layer

Yes

Yes

Yes

Contact

Yes

Yes

Periodic Condition

Yes

Spring Foundation

Yes

Yes

Yes

Thermoelasticity

Temperature Deviation

Yes

Thermal Insulation

Yes

Zero Temperature Deviation

Yes

Edge and Point Conditions

Beam

Added Mass

Yes

Cross-Section Data

Yes

Fixed

Yes

No Rotation

Yes

Pinned

Yes

Point Mass

Yes

Prescribed Displacement/Rotation

Yes

Symmetry/Antisymmetry

Yes

Linear Elastic Material

Yes

Spring Foundation

Yes

Membrane

Added Mass

Yes

Edge Load

Yes

Fixed

Yes

Point Load

Yes

Prescribed Displacement

Yes

Spring Foundation

Yes

Multibody dynamics

Added Mass

Yes

Edge Load

Yes

Point Load

Yes

Prescribed Displacement

Yes

Spring Foundation

Yes

Shell and Plate

Added Mass

Yes

Edge Force and Moment

Yes

Fixed

Yes

No Rotation

Yes

Pinned

Yes

Point Force and Moment

Yes

Prescribed Displacement/Rotation

Yes

Symmetry/Antisymmetry

Yes

Spring Foundation

Yes

Solid

Added Mass

Yes

Yes

Yes

Edge Load

Yes

Point Load

Yes

Prescribed Displacement

Yes

Spring Foundation

Yes

Yes

Yes

Truss

Added Mass

Yes

Cross-Section Data

Yes

Geometric Nonlinearity

Yes

Pinned

Yes

Point Mass

Yes

Prescribed Displacement

Yes

Straight-Edge Constraint

Yes

Linear Elastic Material

Yes

Spring foundation

Yes

Fatigue Evaluation

Cumulative Damage

Yes

Strain Based

Yes

Stress Based

Yes

Special Conditions

Multibody dynamics

Attachment

Yes

Rigid Connector

Yes

Joint Conditions

Applied Force and Moment

Yes

Constraints

Yes

Locking

Yes

Prescribed Motion

Yes

Spring and Damper

Yes

Joints

Ball Joint

Yes

Cylindrical Joint

Yes

Hinge Joint

Yes

Planar Joint

Yes

Prismatic Joint

Yes

Reduced Slot Joint

Yes

Screw Joint

Yes

Slot Joint

Yes

Shell

Rigid Connector

Yes

Solid Mechanics

Attachment

Yes

Bolt Pre-Tension

Yes

Rigid Connector

Yes

Yes

Volumetric Domain Properties

2D, Axisymmetric, and 3D Formulations

Yes

Geometric Nonlinearity

Yes

Yes

Yes

Yes

Infinite Domain Modeling with Infinite Elements

Yes

Yes

Infinite Domain Modeling with Perfectly Matched Layers

Yes

Yes

Yes

Initial Stress and Strain Tensors

Yes

Yes

Yes

Yes

Joule Heating Model for Thermal Expansion

Yes

Yes

Electromechanics

Damping and Loss

Yes

Thermal Expansion

Yes

Constitutive Relations

Electric Material

Yes

Linear Elastic Dielectric

Yes

Linear Elastic Material, Solid Mechanics

Yes

Multibody Dynamics

Added Mass

Yes

Body Load

Yes

Constitiutive relations

Linear Elastic

Yes

Rigid Domain

Yes

Piezoelectric Devices

Damping and Loss

Yes

Yes

Yes

Constitutive Relations

Linear Elastic Material, Solid Mechanics

Yes

Yes

Yes

Electric Material Model

Yes

Yes

Yes

Piezoelectric Material

Yes

Yes

Yes

Piezoresistivity, Boundary Currents

Damping and Loss

Yes

Thermal Expansion

Yes

Constitutive Relations

Linear Elastic Material, Structural Mechanics

Yes

Piezoresistivity, Domain Currents

Damping and Loss

Yes

Thermal Expansion

Yes

Constitutive Relations

Conductive Material

Yes

Linear Elastic Material, Structural Mechanics

Yes

Piezoresistive Material

Yes

Poroelasticity

Porous Media and Subsurface Flow

Darcy's Law and Biot Poroelasticity

Yes

Solid Mechanics

Isotropic Poroelastic Material

Yes

Solid Mechanics

Added Mass

Yes

Yes

Yes

Body Load

Yes

Constitutive Relations

Modified Cam-Clay Material

Yes

Concrete

Yes

Creep

Yes

Yes

Hyperelastic Material

Yes

Linear Elastic Material

Yes

Linear Viscoelastic Material

Yes

Yes

Plasticity

Yes

Yes

Rocks

Yes

Soil Plasticity

Yes

Viscoplasticity

Yes

Thermoelasticity

Linear Thermoelastic Material

Yes

* = Requires all indicated products