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- Coupled mechanics solver object for controlling the solution to converge both thermal, carbon diffusion and solid mechanics for each time step
- Transient and steady state thermal mechanics capability
- Prescribed Temperature
- Applied flux
- Convection
- Radiation
- Special immersion quenching boundary condition
- Phase volume kinetics model for thermal heat up and cool down cycles
- Temperature and phase volume dependent material model
- Innovative, very efficient solver for nonlinear thermal equations
- Transient and steady state carbon diffusion mechanics capability
- Prescribed carbon
- Applied flux
- Temperature dependent isotropic diffusivity model
- Static solid mechanics capability
- Prescribed displacement
- Pressure
- Cyclic displacement symmetry
- Pressure applied by rigid surface for use in press quenching
- Multiphase material model
- Logical description of mechanics for manufacturing sequences
- Mechanics types specified during block of time
- Boundary condition and material block specified during block of time
- Efficient 3D constant gradient hexahedron, tetrahedron and wedge elements
- Mesh generation surface refinement capability to capture skin effect
- Fast nonlinear conjugate gradient solver
- Graphical User Interface (Main window example) with editable command file
- Console window for monitoring execution progress
- Interfaced to popular pre and post processors
- Small memory and disk space requirements
- Effective analysis restart capability
- All the capabilities can be found described in the HTML Help capability with verification problems
- Programmed with Sierra Vista Technology’s C++ mechanics library
- Present developments include large deformation, parallel processing and
electromagnetic capabilities.
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