Particle Method Simulator AiSPH - Research Innovation
The SPH (Smoothed Particle Hydrodynamics) simulator AiSPH can quantitatively evaluate the transport, mixing, and plastic deformation of powders with different particle sizes due to compression, as well as springback and fracture in powder functionality. Additionally, it can calculate the random simultaneous filling into complex shapes and the porosity when compressed in powder packing functionality. In terms of fluid functionality, it can perform solid transport, melting analysis, and resin injection molding analysis in twin-screw and single-screw extruders through coupled analysis with temperature.
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Our company was established with the aim of contributing to the promotion of industrial development in Nagoya, the core of the Chubu region, by providing comprehensive support to small and medium-sized enterprises through the promotion and dissemination of industrial technology research and development, the training of personnel related to industry, management support, and the promotion of economic exchanges, as well as by enhancing local industries, including manufacturing, and fostering the creation and development of new industries to improve citizen welfare. We will effectively and efficiently provide comprehensive support that small and medium-sized enterprises in this region require, including startup and management support, research and development support, industrial technology support, management and operation of industrial promotion facilities, and the hosting of industrial exhibitions and trade fairs.
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