Global Computation of the element stiffness elasticity matrix. Alternate numbering. More...

Functions
function Kg =	ElemStiffElasMatBaVec2DP1 (q, me, areas, lambda, mu)
	Global Computation of the element stiffness elasticity matrix. Alternate numbering.

Detailed Description

Global Computation of the element stiffness elasticity matrix. Alternate numbering.

Function Documentation

function Kg = ElemStiffElasMatBaVec2DP1	(	q,
		me,
		areas,
		lambda,
		mu
	)

Global Computation of the element stiffness elasticity matrix. Alternate numbering.

Parameters:

q	Array of vertices coordinates, $2\times\nq$ array. ${\q}(\il,j)$ is the $\il$ -th coordinate of the -th vertex, $\il\in\{1,2\}$ and $j\in\ENS{1}{\nq}$
me	Connectivity array, $3\times\nme$ array. $\me(\jl,k)$ is the storage index of the $\jl$ -th vertex of the -th triangle in the array $\q$ , $\jl\in\{1,2,3\}$ and $k\in{\ENS{1}{\nme}}$ .
areas	Array of areas, $1\times\nme$ array. areas(k) is the area of the -th triangle.
lambda	the first Lame coefficient in Hooke's law
mu	the second Lame coefficient in Hooke's law

Return values:

Kg	$36\times \nme$ global element stiffness elasticity matrix