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PANTOCRATOR is a finite element program system especially designed for the simulation of solids and structures with complex physical and mechanical properties.
PANTOCRATOR is focused on the analysis of geometrically and physically nonlinear problems of solid body mechanics (plasticity, visco-plasticity, nonlinear elasticity), coupled problems of electromecanics (ferroelectricity, piezoelectricity), problems of fracture mechanics (continuum damage mechanics, nonlocal failure criteria, growth of fatigue cracks).
Efficiency and reliability of received results is provided with use of strategy of the multimodel analysis based on carrying out of automated multiple computing experiments with use of hierarchically ordered sequence of material models.
PANTOCRATOR's analysis capabilities include (2D & 3D):
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Linear and nonlinear elasticity |
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Plasticity |
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Viscoplasticity including thermal effects |
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Fracture mechanics with crack propagation |
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Linear and nonlinear, stationary and transient heat transfer problems |
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Electrostatics (scalar and vector potential) |
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Linear and nonlinear magnetostatics |
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Fully coupled linear and nonlinear electromechanics |
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