MOVE

move parts of the boundary by an explicit statement

The movement of parts of the boundary is defined by explicit statements. Note:

The number of MOVE statements is currently limited to 100.
In many cases, data caching can be invoked by the optional parameter %MOVE_InvokeDataCaching% for a performance boost. Ensure that you follow the correct order: It must be the first of the optional arguments. Only exception is %MOVE_TranslationRotation%, where %MOVE_InvokeDataCaching% must be the last optional argument.

MOVE($MOVE_index1$) = ( %MOVE_position%, xPosition, yPosition, zPosition ) MOVE($MOVE_index2$) = ( %MOVE_rotation%, xCenter, yCenter, zCenter, xOmega, yOmega, zOmega ) MOVE($MOVE_index3$) = ( %MOVE_velocity%, xVelocity, yVelocity, zVelocity ) MOVE($MOVE_index4$) = ( %MOVE_translation%, xDiff, yDiff, zDiff ) MOVE($MOVE_index5a$) = ( %MOVE_rigid%, xCenterInit, yCenterInit, zCenterInit, Mass, xxInertia, xyInertia, xzInertia, yxInertia, yyInertia, yzInertia, zxInertia, zyInertia, zzInertia, xVelocityInit, yVelocityInit, zVelocityInit, xOmegaInit, yOmegaInit, zOmegaInit, xForce, yForce, zForce, xMomentum, yMomentum, zMomentum) MOVE($MOVE_index5b$) = ( %MOVE_MassSpringDashpot%, mass, precompressionForce, springConstant, dampingConstant ) MOVE($MOVE_index6$) = ( %MOVE_TranslationRotation%, xCenterInit, yCenterInit, zCenterInit, $MOVE_IndexForCenter$, xOmega, yOmega, zOmega ) MOVE($MOVE_index7$) = ( %MOVE_ProjectionOfMovementOfAnotherPart%, $MOVE_RefMove$ ) MOVE($MOVE_index8$) = ( %MOVE_concat%, $MOVE_index_first$, $MOVE_index_second$ ) MOVE($MOVE_index9$) = ( %MOVE_vertuschka%, aExtension, bExtension, omega ) MOVE($MOVE_index10$) = ( %MOVE_ElasticBeam%, $MOVE_FromWhereToTakeForces$ ) MOVE($MOVE_index11$) = ( %MOVE_ReducedModel%, PressureTerm ) MOVE($MOVE_index12$) = ( %MOVE_TowardsPhaseBoundary%, maxStepSize )

List of members:
%MOVE_concat%	combine two MOVE-statements
%MOVE_ElasticBeam%	special setting for a beam-like structure that moves like a damped elastic beam
%MOVE_InvokeDataCaching%	Data Caching for Move Statements (optional, but recommended)
%MOVE_MassChangeRate%	movement of free surface according to a given mass change rate
%MOVE_MassSpringDashpot%	mass-spring-damper system do be coupled with rigid bodies
%MOVE_position%	movement based on a sequence of positions
%MOVE_ProjectionOfMovementOfAnotherPart%	follow the movement of another geometry part
%MOVE_ReducedModel%	special setting for a reduced model (such as rings, beams, etc)
%MOVE_rigid%	rigid body movement (translation and rotation) due to acting forces of the flow
%MOVE_rotation%	rotation movement
%MOVE_TowardsPhaseBoundary%	movement option to repair coupled phase boundaries
%MOVE_translation%	movement by given translation
%MOVE_TranslationRotation%	movement by given translation and rotation
%MOVE_velocity%	movement by given velocity
%MOVE_vertuschka%	special setting for VERTUSCHKA (specific scientific laboratory test in geomechanics)
%MOVE_VolumeChangeRate%	movement of free surface according to a given volume change rate
MassSpringDashpot	movement of a mass-spring-damper system, coupled (by joints) with other %MOVE_rigid% or %MOVE_MassSpringDashpot% items
RIGIDBODY	RIGIDBODY movement (translation and rotation) due to acting forces of the flow

List of members:

%MOVE_concat%

combine two MOVE-statements

%MOVE_ElasticBeam%

special setting for a beam-like structure that moves like a damped elastic beam

%MOVE_InvokeDataCaching%

Data Caching for Move Statements (optional, but recommended)

%MOVE_MassChangeRate%

movement of free surface according to a given mass change rate

%MOVE_MassSpringDashpot%

mass-spring-damper system do be coupled with rigid bodies

%MOVE_position%