R: Finite Element Modeling for R

# Finite Element Modeling for R

## Documentation for package ‘FEA’ version 0.0.2

- DESCRIPTION file

## Help Pages

ApplyBC.2d | ApplyBC.2d
AutoAdjust.2d | AutoAdjust.2d
beamApplyBC | beamApplyBC
beamBC | Boundary conditions applied to each node. Obtained from function: beamApplyBC
beamDime | Dimensional data for beam elements. Includes area, length, aspect ratio, angles and lengths of elements. Obtained from function: beamDimensions
beamDimensions | beamDimensions
beamElementMat | beamElementMat
beamEmat | List of element matrices for each element. Obtained from function: beamElementMat
beamExMat | List of element matrices for each element. Obtained from function: beamElementMat
beamExpandEM | beamExpandEM
beamForceVector | beamForceVector
beamFV | Load vector produced from function function: beamForceVector
beamGeo | Sample geometry for beam. Includes shape, discretization table, boundary conditions, thickness, and material details.
beamGLforce | Global and Local loading force matrices obtained from function: beamGLForces
beamGLForces | beamGLForces
beamGlobalEM | beamGlobalEM
beamGloMat | Global element matrix, obtained from function: beamGlobalEM
beamND | Global nodal displacement, obtained from function: beamNodeDis
beamNodeDis | beamNodeDis
beamPlotSystem | beamPlotSystem
beamReducedEM | beamReducedEM
beamREM | Reduced element matrix calculated from the expanded element matrix. Obtained from function: beamReducedEM
beamStress | beamStress
beamStressResult | FEA results for the beam model. Obtained from function: beamStress
beamsUDL | Uniformly distributed load on beam surface
beamUDL | beamUDL
bound | Boundary conditions applied to each node. Obtained from function: ApplyBC
Cart | Sample geometry. Matrix with x and y coordinates for initial shape.
cleanpoly | Cleaned nodal distribution in and on polygon. Obtained from function: Threshpts
dime | Dimensional data for mesh elements. Includes area, length, aspect ratio, angles and lengths of elements. Obtained from function: Dimensions
Dimensions.2d | Dimensions.2d
displacN | Global nodal displacement, obtained from function: NodeDis
ElementMat.2d | ElementMat.2d
EulerBeamFEA | EulerBeamFEA
ExpandEM.2d | ExpandEM.2d
ExpandSFT.2d | ExpandSFT.2d
expSurf | Expanded element matrix for surface forces. Obtained from function: ExpandSFT
fea_EM | List of element matrices for each element. Obtained from function: ElementMat
fea_ExEM | List of large expanded element matrices calculated from the element matrix. Obtained from function: ExpandEM
fea_result | FEA results. Produces list with results from local stresses including Stress, Strain, and Stress from Strain. Obtained from function: LocalStress
FEMStrain.2d | FEMStrain.2d
FEMStress.2d | FEMStress.2d
ForceVector.2d | ForceVector.2d
glfor | Global and Local loading force matrices obtained from function: GLForces
GLForces.2d | GLForces.2d
GlobalMat.2d | GlobalMat.2d
gloMat | Global element matrix, obtained from function: GlobalMat
load | Load vector produced from function function: ForceVector
LocalStress.2d | LocalStress.2d
ManualAdjust.2d | ManualAdjust.2d
NodeDis.2d | NodeDis.2d
PlotSystem.2d | PlotSystem.2d
polyshape | Sample geometry converted into a 2D polygon. Polygon data that specifies all coordinate, coordinates that are within the geometry and coordinates that construct the lines of the geometry. Obtained from function: SinglePoly
ReducedEM.2d | ReducedEM.2d
ReducedSF.2d | ReducedSF.2d
reduc_EM | Reduced element matrix calculated from the expanded element matrix. Obtained from function: ReducedEM
reduc_SF | Reduced surface force matrix calculated from expanded element matrix. Obtained from function: ReducedSF
SinglePoly.2d | SinglePoly.2d
SurfaceTraction.2d | SurfaceTraction.2d
SurfTrac | List of element matrices with surface traction. Obtained from function: SurfaceTraction
ThreshPts.2d | ThreshPts.2d
triangulate0.2d | triangulate0.2d
triMesh | Meshed coordinate points obtained from function: triangulate0