SOLIFLUK PE
Ground field liquefaction countermeasure design for river levees SOLIFLUK PE
Design of liquefaction countermeasures for river levees.
■Overview This product is a liquefaction countermeasure design solution for river embankments, structured on the SOLIFLUK FE platform, which was created for the analysis support of the "Liquefaction-Induced Ground Flow Prediction Analysis Program (SOLIFLUK)" by Honorary Professor Ikuei Higashihata (The University of Tokyo) and Professor Yoshikazu Kobayashi (Nihon University). It aims to facilitate data input processing, execution of analysis, and output processing of analysis results. The product includes a "Countermeasure Construction Design Module" compliant with the "Guidelines for Liquefaction Countermeasures for River Embankments" (National Research and Development Agency Public Works Research Institute, March 2016), allowing for the specification settings of liquefaction countermeasure works in river embankments. Additionally, by adding separate modules, it enables data linkage for seismic performance evaluation using ALID/FLIP/LIQCA, as well as safety assessments for infiltration using infiltration flow analysis functions, thereby streamlining multifaceted considerations.
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■System Requirements OS: Microsoft Windows 10, 11 (32-bit and 64-bit) CPU Minimum: Intel i5 2.5~2.9GHz CPU CPU Recommended: Intel i7 3.4GHz CPU or higher Memory Minimum: 8GB Memory Recommended: 16GB or more Resolution Minimum: 1280×1024 supporting True Color Resolution Recommended: 1920×1080 supporting True Color Graphics Recommended: GeForce NVIDIA series (GPU recommended for GPU-compatible programs) Disk Space Recommended: 2.0GB or more of free space
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Design of liquefaction countermeasures for river levees
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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.).
