An integrated approach for design and analysis of a fluid mixer
In this article an integrated approach is discussed for design and analysis of a fluid mixer. In this approach, kinetic analysis is integrated with finite element analysis. The former is carried out to determine the shaking force and shaking moment, and structural instability, while the latter is performed to determine the vibration level of the supporting structure. It is shown that use of this integrated approach can help optimize design of a machine meeting multiple requirements.
integration design analysis fluid mixer