Rectangle2Fiber
Purpose
integration points and weights for 2d-integration of a rectangle
Synopsis
[yfib,zfib,wfib] = Rectangle2Fiber (patcoor,IntTyp,nyfib,nzfib)
Description
RECTANGLE2FIBER integration points and weights for 2d-integration of a rectangle [YFIB,ZFIB,WFIB] = RECTANGLE2FIBER (PATCOOR,INTTYP,NYFIB,NZFIB) the function determines the locations in vectors YFIB and ZFIB and the integration weights in vector WFIB for the 2d integration of a rectangle with the integration scheme in character array INTTYP and the number of integration points in the y-direction in NYFIB and in the z-direction in NZFIB, respectively; the geometry of the rectangle is supplied by specifying the coordinates of opposite corners in array PATCOOR [ y1 z1 (+ve quadrant); y2 z2 (-ve quadrant)] (right handed local x-y-z system) INTTYP can be either 'Midpoint', 'Trap', 'Simpson','Gauss', 'Lobatto' or 'Cubature'
Cross-Reference Information
This function calls:
- C2Cubature integration points and weights for 2d-integration over unit square
- HomoRectSecw1dMat response of homogeneous rectangular section with uniaxial material
- HomoRectSecwNdMat response of homogeneous rectangular section with 1d/2d/3d material
- Create_IPMesh4MultRectShape fiber discretization for section of several rectangular patches
- Create_IPMesh4Rect coordinates, weights and material IDs for rectangular section with cover
- Create_IPMesh4WFShape coordinates, weights and material IDs for wide flange section