SOLIDWORKS Add-in Thermal Fluid Analysis Software
With easy operation through the wizard function, it is possible to learn operations with a single function. You can visualize the situation of invisible flows and find clues to problem-solving.
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basic information
It is possible to analyze issues such as heat dissipation problems caused by forced air cooling or natural air cooling, pressure loss within valves, the efficiency of heat exchangers, and the flow of indoor air currents. Additionally, even those unfamiliar with thermal fluid analysis can conduct verification work as an extension of design, thanks to the automatic recognition of fluid regions from SOLIDWORKS design models and condition settings via a wizard. The analysis results can be output as cross-sectional plots, flow streamlines, AVI files, and in the free 3D viewer eDrawings format.
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Delivery Time
P3
Applications/Examples of results
It is widely utilized primarily by mechanical designers in the manufacturing industry. Main industries include electronic devices, industrial machinery, machine parts, air conditioning equipment, transportation equipment, and medical devices.
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Company information
The Structural Planning Institute will solve the problems of our manufacturing clients. Currently, the challenges faced by the manufacturing industry are no longer about "improving product quality and productivity." In today's situation, where flexible responses to increasingly sophisticated and diverse customer needs are required, the greatest challenge and opportunity lies in Business Process Re-engineering (BPR), which involves reviewing and reconstructing business processes through the use of information technology. In this field as well, our advanced system development technology and solution proposal capabilities have received high praise, and as the "Structural Planning Institute supporting manufacturing BPR," we are steadily building trust.
![[AICFD] Analysis of Pressure Loss in the Intake Manifold](https://image.mono.ipros.com/public/product/image/183/2001523633/IPROS15743161743833234435.png?w=280&h=280)
