GitHub - gopikrishnancr/FEM_Lag_P1_Laplace_PLA: The code does an efficient assembly of the local mass and stiffness matrices. The impeding for loops are avoided, and a parrallel assembly procedure is employed.

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The code does an efficient assembly of the local mass and stiffness matrices. The impeding for loops are avoided, and a parrallel assembly procedure is employed.

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Name		Name	Last commit message	Last commit date
Latest commit History 2 Commits
Err.m		Err.m
FEM_diffusion_P1_PLA.m		FEM_diffusion_P1_PLA.m
FEM_diffusion_P1_PLA_tut.m		FEM_diffusion_P1_PLA_tut.m
TriGaussPoints.m		TriGaussPoints.m
asmbl_mat_gen.m		asmbl_mat_gen.m
asmbl_mat_gen_tut.m		asmbl_mat_gen_tut.m
basis.m		basis.m
basis_x.m		basis_x.m
basis_y.m		basis_y.m
edge.m		edge.m
elem_struct.m		elem_struct.m
err_disp.m		err_disp.m
f.m		f.m
generate_elem_st.m		generate_elem_st.m
get_integral.m		get_integral.m
get_integral_err.m		get_integral_err.m
get_p_deg.m		get_p_deg.m
initial_mesh.m		initial_mesh.m
int_gaussian.m		int_gaussian.m
redrefine.m		redrefine.m
show.m		show.m
simplexquad.m		simplexquad.m
stima.m		stima.m
u_nodes.m		u_nodes.m
ue.m		ue.m
ugn.m		ugn.m
user_interface.m		user_interface.m
uxe.m		uxe.m

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The code does an efficient assembly of the local mass and stiffness matrices. The impeding for loops are avoided, and a parrallel assembly procedure is employed.

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