2D ground analysis program MIDAS SoilWorks using the finite element method
■Overview SoilWorks is a comprehensive solution for 2D geotechnical engineering that features an intuitive pre- and post-processing interface usable with a CAD-like feel, along with numerous analysis functions tailored for Japan. It provides all the necessary functions for geotechnical engineering problems such as ground deformation, slopes, consolidation, permeability, and dynamic analysis.
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■System Requirements OS: Microsoft Windows 10, 11 (32-bit and 64-bit) Minimum CPU: Intel i5 2.5–2.9GHz CPU Recommended CPU: Intel i7 3.4GHz CPU or higher Minimum Memory: 8GB Recommended Memory: 16GB or more Minimum Resolution: 1280x1024 supporting True Color Recommended Resolution: 1920x1080 supporting True Color Recommended Graphics: GeForce NVIDIA series (*GPU recommended for GPU-compatible programs) Recommended Disk Space: 2.0GB or more of free space
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■Ground Deformation Analysis - Linear and Non-linear Analysis - Elastic-Plastic Analysis - Construction Stage Analysis - Mohr-Coulomb, Modified Mohr-Coulomb, Dmin (Electric Power Research Institute), Duncan-Chang, etc. ■Consolidation Analysis - Consolidation Settlement Calculation (Δe Method, Mv Method, Cc Method) - Sekiguchi-Ota Elastic-Plastic/Viscoelastic-Plastic Model - Modified Cam-Clay Model ■Dynamic Analysis - One-dimensional Liquefaction Assessment (FL Method, PL Value, Maximum Shear Stress Method) - Two-dimensional Liquefaction Assessment considering changes in confining pressure and differences in response acceleration by element - Linear Analysis and Equivalent Linear Analysis (One-dimensional Shake Code, Two-dimensional FLUSH Code, Base Damper Correspondence) ■Permeation Flow Analysis - Steady/Unsteady, Saturated/Unsaturated Analysis (Compatible with UNSAF Calculation Method) - Coupled Analysis with Construction Stage Analysis and Slope Stability Analysis considering Pore Water Pressure and Effective Stress ■Slope Stability Analysis - Slope Stability Calculation (Circular Sliding: Fellenius Method, BISHOP Method, JANBU Method) - Simultaneous Analysis of Shear Strength Reduction Method and Limit Equilibrium Method
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Our company develops and promotes engineering software and provides integrated solutions for engineering services in the structural field and web business. Starting with software for architectural engineering, we have expanded our business to include software for civil, geotechnical, and mechanical engineering. We have grown to be active in multiple fields, ranging from architecture to civil and geotechnical areas (bridges, tunnels, underground structures, earth structures, etc.) and mechanical fields (automobiles, precision instruments, medical devices, etc.).
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