Achieving ultra-fast structural analysis of large-scale models exceeding tens of millions to one hundred million degrees of freedom.
ADVENTURECluster performs calculations that would typically take an enormous amount of time with general-purpose FEM codes, such as those involving entire automotive engines or large assembly models with many contact conditions, at unprecedented speeds. With a comprehensive menu structure and detailed supplementary explanations unique to domestic products, along with a user-friendly Japanese GUI and attentive technical support, engineers can use it comfortably and with confidence. Additionally, it supports a wide range of coupled analyses with other software.
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basic information
◆ A "purely domestic" structural analysis tool commercialized based on the research results of the Japan Society for the Promotion of Science's large-scale computational mechanics system development project (ADVENTURE project). ◆ Composed of a unique pre-solver-post structure, each module is specialized for large-scale processing, and the solver achieves a reduction in computation time through a proprietary algorithm called the CGCG method (Patent No. 3824582), which combines domain decomposition and iterative methods. ◆ Supports a wide range of analyses: - Static elastic analysis - Elastic-plastic analysis - Vibration analysis (eigenvalues, frequency response) - Contact analysis - Heat conduction analysis (steady-state, unsteady-state) - Dynamic analysis (negative, positive) - Fatigue analysis (stress-based) - Creep analysis - Crack propagation analysis - Lead-free solder analysis (RDNLK/velocity-dependent nonlinear hardening law) - Fracture mechanics parameters (stress integral, J-integral) <Various materials and catalogs> If you would like any necessary materials or case studies, please request them through the inquiry form.
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Applications/Examples of results
◆Applications - Static elastic analysis, elasto-plastic analysis, vibration analysis (eigenvalues, frequency response), contact analysis, thermal conduction analysis (steady-state, unsteady-state) - Dynamic analysis (negative, positive), fatigue analysis (stress-based), creep analysis, crack propagation analysis - Lead-free solder analysis (RDNLK/velocity-dependent nonlinear hardening rule) - Fracture mechanics parameters (stress integral, J-integral), etc. ◆Achievements - Thermal stress analysis of assembly engine models, strength analysis of cylinder blocks, stress analysis of press part molds - Stress analysis of resin part molds, stress analysis of die-casting molds, etc. For more details on applications and achievements, please contact us.
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We provide SCSK's cutting-edge solutions best suited for manufacturing, including design and visualization, pre- and post-processing, CAE analysis, production technology analysis, material development solutions, MI, AI predictive modeling, optimization, PLM, and cost management.
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