Non-linear hyperelastic material characterization, automated pre-processing, and fatigue life prediction.
Simulating rubber is notoriously complex due to high incompressibility, large strain deformation, Mullins effect, and viscoelastic hysteresis.
SSK Innovations provides customized CAE pre- and post-processing tools, hyperelastic constitutive curve fitting algorithms via Matplus EDA, and batch solver execution workflows for seals, anti-vibration bushings, engine mounts, and gaskets.
Automated regression fitting for Uniaxial, Equibiaxial, and Planar shear test data into Mooney-Rivlin, Ogden, Yeoh, and Arruda-Boyce models.
Hex-dominant parametric meshing scripts optimized for large shear strain with automated contact pair definition.
Tearing energy calculations (Wöhler curves), dynamic stiffness estimation (K*), and thermal heat build-up analysis under cyclic excitation.
