L

LAGRANGE	Lagrangian motion
LAYER	define layer index
LAYER	(optional) define layer index
LCOG()	integrated/rotated local coordinate system of a rigid body of a given MOVE-flag
LIMITER	slope limiter for controlling numerical diffusion in MUSCL-reconstruction scheme in EULERIMPL and EULEREXPL setting
LINEQN_BundleSolvers	bundle solvers for linear systems
LINEQN_scaling	choose the way how to scale/normalize the linear systems (CV)
LINEQN_scaling	choose the way how to scale/normalize the linear systems (UCVO)
LINEQN_scaling	choose the way how to scale/normalize the linear systems (UCV)
LINEQN_solver_HeatStack1D	defines the solution method for 1D heat equation
LINEQN_solver_ScalarSystems	linear solver to be used for the scalar systems like pressure, temperature, etc. (CV)
LINEQN_solver_ScalarSystems	linear solver to be used for the scalar systems like pressure, temperature, etc. (UCVO)
LINEQN_solver_ScalarSystems	linear solver to be used for the scalar systems like pressure, temperature, etc. (UCV)
LINEQN_solver	linear solver to be used for the coupled vp- or v-- system (CV)
LINEQN_solver	linear solver to be used for the coupled vp- or v-- system (UCVO)
LINEQN_solver	linear solver to be used for the coupled vp- or v-- system (UCV)
LIQUID	Implicit solver for incompressible and weakly compressible flow phenomena
LIQUID__BC__	definition of physical boundary conditions for LIQUID solver
LIQUID	indices for the implicit (incompressible/weakly compressible) solver
LS-DYNA	LS-DYNA -- direct interface to LS-DYNA via user loading (experimental)
LSDYNA_AbortIfTLDgreaterTMF	See LS-DYNA
LSDYNA_AbortIfTLDgreaterTMF	See LS-DYNA
LSDYNA_ConvertQuadToTria	See LS-DYNA
LSDYNA_ConvertQuadToTria	See LS-DYNA
LSDYNA_CouplingRate	See LS-DYNA
LSDYNA_CouplingRate	See LS-DYNA
LSDYNA_ForceToApplyOnBody_BE	pressure to apply on LS-DYNA bodies
LSDYNA_ForceToApplyOnBody_PC	pressure to apply on LS-DYNA bodies
LSDYNA_MaximumJumpinMFTimeStep	See LS-DYNA
LSDYNA_MaximumJumpinMFTimeStep	See LS-DYNA
LSDYNA_NodeTolerance	See LS-DYNA
LSDYNA_ScaleForce	See LS-DYNA
LSDYNA_ScaleForce	See LS-DYNA
LSDYNA_ScaleLength	See LS-DYNA
LSDYNA_ScaleMinNodeDistance	See LS-DYNA
LSDYNA_ScaleTime	See LS-DYNA
LSDYNA_ScaleTime	See LS-DYNA
LSDYNA_ShellElement_ThicknessOffset	See LS-DYNA
LSDYNA_ShellElement_ThicknessOffset	See LS-DYNA
LSDYNA_SkipGeometryUpdate	See LS-DYNA
LSDYNA_SkipGeometryUpdate	See LS-DYNA
LSDYNA_SkipPressureMapping	See LS-DYNA
LSDYNA_SkipPressureMapping	See LS-DYNA
LSDYNA_Transform	See LS-DYNA
LSDYNA_UseExplicitVelocity	See LS-DYNA
LSDYNA_UseExplicitVelocity	See LS-DYNA
LSDYNA_UseImplicitRun	See LS-DYNA
LSDYNA_UseImplicitRun	See LS-DYNA
LSDYNA_UseInternalPartIDs	See LS-DYNA
LSDYNA_UseInternalPartIDs	See LS-DYNA
Lagrange
LaunchRestart	launch MESHFREE on the basis of a restart file
LetterCases	highlighting several capabilities of MESHFREE
LicenseVariants	Educational, Academic, Industrial and Trial Licenses
LiquidLayer	DROPLETPHASE - Modeling of liquid layers
LiquidLayerExample	Droplets forming a liquid layer on a plate
Loops	loop over a block of lines in the input file
lambda	thermal conductivity [W/(m*K)]
lambda
latentheat
layerByCluster{	assign the layer-property of a geometrical entity, possibly overrides the user given value from the ALIAS block
layerByCluster{	assign the layer-property of a geometrical entity, possibly overrides the user given value form the ALIAS block
lenA()	length of alias string
locop()	local point cloud operations
log()	natural logarithm
log10()	logarithm with basis 10