simulation×SCSK - メーカー・企業と製品の一覧

simulationの製品一覧

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Sand particle modeling simulation "MAGMA C+M"

Simulation of the series of processes in sand core molding from sand filling to core hardening - Predicting filling defects/hardening defects and considering robust countermeasures.

MAGMA C+M is a sand core molding simulation software that implements an analysis solver developed based on the knowledge cultivated through the casting analysis software MAGMASOFT. With a GUI similar to MAGMASOFT, it enables analysis settings and execution in line with the molding process. It allows not only for the examination of filling defects through sand flow analysis but also for the investigation of curing defects through core curing analysis (organic binders, CO2 reaction gas, shell cores, inorganic binders). - Visualization of the core manufacturing process - Robust solutions for core shooting and curing - Logical processes and mold design - Process examination through virtual experiments - Target solutions through automatic optimization

  • Scientific Calculation and Simulation Software

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Simulation SORPAS specialized in resistance welding and mechanical joining.

Improvement of production preparation efficiency, welding quality enhancement, and cost reduction through the exploration/optimization of welding conditions.

SORPAS supports various joining processes such as resistance welding, mechanical joining, and welding strength testing. It is also equipped with optimization features that allow for the automatic generation of weld profiles and the optimization of welding conditions such as current values and pressure.

  • Scientific Calculation and Simulation Software

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Material Development Simulation for Research and Development - GeoDict

Solving everything from μCT image loading and structure generation through modeling to functional property evaluation and visualization in one go.

GeoDict is an innovative material development simulation that facilitates the generation of various porous material structures such as lithium-ion secondary batteries, fuel cells, all-solid-state batteries, filter media, composites, structural components/high-performance materials, textiles, and non-woven fabrics, while optimizing their material properties and functions. It provides a wide range of analysis functions for generating 3D structures at nm to mm scales through image processing/loading of FIB-SEM images and input of geometric parameters, as well as geometric shape analysis and performance evaluation. By using the digital twin created through GeoDict simulations in conjunction with or as a replacement for the traditional material development process based on samples and test pieces, the development of new materials and high-performance materials can be accelerated.

  • Fuel Cells

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Manufacturing Cost Simulation aPriori

Calculating manufacturing costs from 3D models, along with manufacturability and sustainability, through front-loading. This will enhance corporate value.

aPriori utilizes 3D data to provide three key metrics necessary for decision-making in manufacturing. (1) Cost: Achieves simple and real-time manufacturing cost simulations with minimal input items. (2) Manufacturability: Graphically identifies cost reduction factors and provides early insights to designers. (3) Sustainability: Calculates CO2 emissions related to manufacturing, including the supply chain, and offers new metrics for manufacturing.

  • Construction and process management software

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