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Simulation of Powder and Granular Flow in Manufacturing Processes for the Pharmaceutical Industry

We utilize particle and fluid simulation technology to support the understanding and improvement of granular behavior.

We predict and evaluate the flow behavior of powders and granular materials through numerical simulation. In the pharmaceutical manufacturing process, a large amount of powders and granular materials are handled. This service simulates the complex flow behavior of particulate materials using computational fluid dynamics (CFD) based multiphase flow analysis and discrete element method (DEM). It can be utilized for understanding mechanisms through visualization of phenomena, conceptual design, and consideration of equipment improvement and scale-up.

  • Fluid analysis contract

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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.

  • Fluid analysis contract

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