An analysis program optimal for simulating various behaviors such as injection molding and casting analysis.
"SPHinx-FLOW" is a 3D flow analysis program suitable for simulating various fluid behaviors. It adopts the SPH method for casting analysis, injection molding, fluid mixing, and general fluid analysis. It can handle compressible and incompressible viscous fluids, accurately representing the natural behavior of fluids through the Lagrangian method. It is capable of accurately evaluating flow behavior considering heat, and can perform injection molding and cooling analysis, as well as casting flow, solidification, and shrinkage analysis. 【Features】 ■ Capable of handling compressible and incompressible viscous fluids ■ Can accurately evaluate flow behavior considering heat ■ Able to perform casting flow, solidification, and shrinkage calculations ■ Capable of conducting injection molding and cooling analysis ■ High-speed analysis of large-scale problems through GPCPU parallel computation *For more details, please refer to the catalog or feel free to contact us.
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basic information
【Analysis Functions】 ■Injection Molding ・Injection Control ・Mold Cooling ■Casting Analysis ・Flow of Molten Metal ・Solidification and Shrinkage ■Fluid Mixing ■General Fluid Analysis 【Operating Environment】 ■Windows XP and later ■Red Hat Linux ■GPU (GeForce, Tesla series) *For more details, please refer to the catalog or feel free to contact us.
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Applications/Examples of results
【Applicable Fields】 ■ Injection molding of plastics and resins, mold cooling ■ Casting of automotive parts, solidification and shrinkage ■ Large-scale flow analysis such as tsunamis ■ Others *For more details, please refer to the catalog or feel free to contact us.
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Company information
SPH Research Institute Co., Ltd. was established with the aim of providing innovative simulation software to many companies, as well as universities and research institutions that are challenging new manufacturing methods. We offer a comprehensive general-purpose analysis tool consisting of software based on the particle method with SPH theory as its core, along with related GUI, viewers, particle generators, and more. This product is being developed with a wide range of applications in mind, including casting analysis, solid analysis, powder analysis, fluid analysis, electromagnetic field analysis, biological analysis, and physical chemistry analysis, and is constructed using entirely new methods from analysis theory to data design and visualization of analysis results. We consider it our mission at SPH Research Institute to provide future-oriented simulation technology that flexibly and appropriately responds to the rapidly evolving manufacturing technologies of the 21st century, and we are committed to continuous improvement and development.
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