Fluid simulation in complex shapes of manufacturing processes for the pharmaceutical industry.
We will model complex shapes and movements of devices as they are, supporting the understanding and improvement of fluid phenomena.
We will evaluate the flow and mixing conditions within complex devices using a meshless fluid analysis method (MPS particle method). In the current manufacturing industry, it is essential to understand the flow of various fluids (such as water, resin, and molten metal) within devices. However, as devices become more complex, traditional fluid analysis methods (such as finite difference methods and finite volume methods) often become difficult to compute, leading to many cases that are practically impossible to realize. Our company supports the understanding and evaluation of phenomena using a meshless fluid analysis method that can directly compute complex shapes and movements.
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■Meshless Fluid Analysis Method (MPS Particle Method) In conventional fluid analysis, the fluid is divided into small regions (meshes), and the velocity, pressure, and other parameters within each region are calculated sequentially. In contrast, the MPS particle method represents the fluid as a collection of particles and evaluates the flow by calculating the motion of each individual particle. This allows for the elimination of the effort required to create meshes and enables calculations that can follow the complex movements of device components.
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■Application Example: Flow Analysis in Mixing Devices ● Meshless Fluid Analysis Method Fluid can be placed inside a modeled device shape and calculated directly without creating a mesh. Therefore, as long as CAD data is available, calculations can be performed immediately even for complex shapes. Additionally, movements (such as translation and rotation) can be set for each component, allowing for the reproduction of complex motions. This supports the optimization of operating conditions and the design and selection of devices.
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To solve your technical challenges in a ONE-STOP manner, our team of 1,300 technical specialists will respond quickly and accurately while maintaining strict confidentiality. With bases in six locations nationwide, our experts in various fields utilize the latest analytical testing equipment to meet all your needs. We are confident that we can provide results that will satisfy you, and we would be grateful if you could give us a try.
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