Leave the fluid analysis of "large and complex" products to Graflux. It is a mesh-free fluid analysis software.
By using a particle method that replaces fluids with particles, it enables mesh-free analysis of complex and rapidly changing flows. For example, this includes fluid within devices (such as mixing tanks, pumps, engines), the flow of molten metal in casting, and water flow during natural disasters like floods. Benefits of Graflux: - No need for mesh creation (the larger and more complex the product, the greater the advantage) - Can represent free surfaces, allowing for phenomena such as splashes to be depicted - The quality of analysis results does not deteriorate due to mesh quality issues caused by deformation - Particle generation can also be done automatically, and the generation time is fast While reducing particle size for reproducibility can lead to longer computation times, utilizing GPGPU allows for overwhelming reductions in computation time.
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basic information
By using a particle method that replaces fluids with particles, it enables mesh-free analysis of complex and rapidly changing flows. For example, this includes fluid within devices (such as mixing tanks, pumps, engines), the flow of molten metal in casting, and water flow during natural disasters like flooding. Benefits of Graflux: - No need for mesh creation (the larger and more complex the product, the greater the advantage) - Capable of representing free surfaces, allowing for phenomena like splashes to be depicted - Analysis results are not adversely affected by poor mesh quality due to deformation - Particle generation can also be done automatically, with fast generation times While reducing particle size for reproducibility can lead to longer computation times, utilizing GPGPU allows for a significant reduction in computation time.
Price range
P5
Delivery Time
P4
Applications/Examples of results
Automobile - Vorticity in automobiles such as scooters and rockets - Oil scraping analysis due to gears in the powertrain - Behavior of liquids in the tank Casting - Flow behavior of molten metal in wheel casting - Flow behavior of molten metal in engine blocks → By confirming the flow and temperature differences, weak areas in strength and gas hole areas can be predicted.
Company information
Our company provides the following services with high quality. Additionally, by partially offshoring, we can also offer lower prices. - CAE (Fluid Analysis) → Using our software Graflux, we can perform various analyses including: - Flow of molten metal in casting - Flow within a reaction vessel - Movement of liquid in a car's tank - Gear oil lifting We offer customization and consulting services. If you are facing issues such as long mesh creation times or inability to tune, please consult with us. - CAD Automation Tools → We have strong development capabilities around 3D CAD. By providing automation support tailored to our customers' products and development processes, we minimize design and production lead time. - AI (Artificial Intelligence), IoT, Smart Factory → We have strengths in deep learning and reinforcement learning technologies, and we develop systems tailored to our customers' needs. For example, in the manufacturing sector, we can handle the following themes: - Performing shape recognition from CAD data to generate automatic estimates - Using image recognition of CAD data to find similar shaped parts.
![[Analysis Case] In-cylinder Flow Analysis (With and Without Tumble Control)](https://image.mono.ipros.com/public/product/image/bb5/2000426775/IPROS4756958649415969075.jpg?w=280&h=280)
