- Corrected Axisymmetric frictional contact
- Added GMT material to inpt
- Begining to add hot compression example with GMT mat
- Corrected yield stress calc with correct Initial Temp
- Added fnuction reading for contact surfaces
- Added Axisymmetry working OK (do not put left box at zero, remains corrections at axis).
- Reading some LS-Dyna Inputs.
- Penging AxiSymm contact validation
- Added Angular Velocity reading
- Added Johnson Cook Damage models
- First the one from Islam 2017
- Fixed a crash introduced with initial velocity (vector not dimensioned).
- Fixed Initial Yield Stess (bug with Johnson Cook Solver)
- Parallelized Kernel Gradient Correction
- Deprecated KickDrift (was erroneously the default coupled thermal-mechanical)
- Now "Thermal" is default Leapfrog thermal mechanical
- CORRECTED Randles and Libersky Central Differences (Leapfrog form) solver. Now accepts as Fraser Solver (fixed ts) a CFL up until 1 (default 0.6) in some cases. This is a MAJOR ISSUE since allows for same CFL as Fraser, but works also with variable step size (Fraser works only with constant time steps). Changed default to this solver.
- Fixed Amplitude reading (it was an error).
- Added amplitude function to standard velocity BC (no contact)
- KickDrift Randles & Libersky Solver (which was in Verlet Form), was a low CFL
- Now reading constant thermal properties and initial conditions. First thermal-mechanical example ready.
- Fixed Friction Stir Welding example (greater particle density results in not so negative temp at the begining)
- Added input reading details (to know in which vars exists an input error)
- Randles and Libersky variable time step integrator working
- Nb frequency update option on input
- Changed Sjohnson Cook constant order
- Added Cylindrical grid option in input
- Original Simultaneous Solver (All vars calculated at same time)
- Structural , thermal and coupled solver.
- Fraser, Leapfrog, Verlet and Differential KickDrift time integration working.
- Bilinear, Hollomon and Johnson Cook materials.
- Frictional Wang contact.
- Working accumulated frictional contact Work, external forces Work and plastic dissipated Work.
- Wang Frictional contact algorithm working, giving same results that FEM solvers.
- First imput file reader: working only for structural problems.
- Input Boundary conditions of velocity and zones.