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Electrostatic Force

Couples an electrostatic field to linear structural mechanics through Maxwell surface traction and a deforming electrostatic mesh.

Reference contract

FieldValueDescription
entityDimensions["boundary"]
runtimeelectrostatic-structural-maxwell
required_physics["Structural Mechanics","Electrostatics"]
supported_studies["stationary","transient"]
allowed_physics[]
physics_aritynull
execution_backendtelion-v2-shared-execution
certificationBackward-compatible stationary continuation and monolithic transient Maxwell traction with an algebraic harmonic ALE block, exact cross Jacobians, charge-motion feedback, mesh-quality checks, and pull-in failure detection.
residual_blocks["mems.ale","electrostatics.poisson","structural.momentum"]
jacobian_blocks[["mems.ale","mems.mesh-displacement"],["mems.ale","structural.displacement"],["electrostatics.poisson","mems.mesh-displacement"],["electrostatics.poisson","electrostatics.potential"],["structural.momentum","mems.mesh-displacement"],["structural.momentum","electrostatics.potential"]]
history_jacobiantrue
parameter_gradient_channels["electrostatic-force.coordinates","electrostatic-force.permittivity"]
adjoint_vjp_ownerElectrostaticForceCoupledAdapter
monolithictrue
adapter_moduletelion_backend.v2.runtimes.electrostatic_force
schemaVersion2.0.0

Couples an electrostatic field to linear structural mechanics through Maxwell surface traction and a deforming electrostatic mesh.

The coupling contract records required or allowed physics, supported studies, residual/Jacobian ownership, execution backend, certification, fields, outputs, and governing equations.

Authoritative source

Catalog
telion_backend.v2.physics/2.0.0
Identity
MultiphysicsCouplingDeclaration/Electrostatic Force
Path
src/telion_backend/v2/physics/couplings.py
Symbol
multiphysics_coupling_declarations