Two-yield elastoplasticity solver: declaration_of_variables.m - File Exchange

Code covered by the BSD License

Highlights from
Two-yield elastoplasticity solver

DPhi=evaluate_DPhi_plastic(U,...
[Koordinaten,Elemente,Dirichl... Uniforme Verfeinerung
[Koordinaten,Elemente,Dirichl... A square beam fixed on the left edge in both directions and pulled on the right edge (Neumann conditions)
[Koordinaten,Elemente,Dirichl... current directory stored
[Koordinaten,Elemente,Dirichl... current directory stored
[Koordinaten,Elemente,Dirichl... A square beam fixed on the left edge in both directions and pulled on the right edge (Neumann conditions)
[P1,P2,plasticelements]=evalu...
[P1local,P2local]=evaluate_P_... gamma (epsilon11,epsilon22,epsilon12) on the element
[Phi,plasticelements,P1,P2]=e... global yield_type
[U,P1,P2]=FEM_Newton_fixed_st...
[U,P1,P2]=solve_one_time_step...
[coordinates,elements3,dirich... function: [coordinates,elements3,dirichlet]=refinement_uniform(coordinates,elements3,dirichlet)
evaluate_fv(time) Calculating fv
evaluate_gv(t) Calculating gv
g=g(x,normal,t)
mesh_preparation Preparation - extracting Dirichlet nodes
show_zones(U,P1,P2)
declaration_of_variables.m
generate_hysteresis.m
problem_properties.m
start.m
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from Two-yield elastoplasticity solver by Jan Valdman
Time-dependent 2D elastoplasticity solver for a two-yied model.

declaration_of_variables.m

global dimension sigmay1 sigmay2 h1 h2 mu mu_times_2 lambda C 
global fglobal
global STEMAelastic DirichletKnoten freieKnoten maske B W ...
   freie2DKnoten 
global Koordinaten Elemente Neumann Dirichlet 
global fv gv %mesh + time step invariants
global tolerance 
global yield_type %singleyield of multiyield
global Rglobal Areaglobal
global problem;
global mu_times_2
global theta
global condestA N hysteresis_u hysteresis_g

Highlights from Two-yield elastoplasticity solver

Highlights from
Two-yield elastoplasticity solver