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Biotechnology

Applying computational fluid dynamics to the field of biotechnology is a relatively new practice and has great potential to improve the way many medical devices are used or implemented. FLOW-3D is a robust, general purpose simulation tool with an extensive range of simulation capabilities all integrated into one package. Capabilities include free-surface and confined flows, variable density, phase change, moving objects, and mechanical and thermal stress analysis. Go here for a full list of FLOW-3D's modeling capabilites.

Instantaneous shear rates near interfaces at maximum agitation frequencies
Instantaneous shear rates near interfaces at maximum agitation frequencies (A) orbital shaker, (B) magnetic stirrer, (C) vortex mixer and (D) rotator. Simulation Courtesy of MedImmune. Read the full study: Gaining better understanding on agitational stresses applied to proteins for biopharmaceutical development.

 

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Watch an on-demand webinar: Advanced CFD Simulations in Biotechnology

Modeling Nasal Passages is Nothing to Sneeze At

Salt Dissolution CFD Model in FLOW-3D