Abstract
AbstractPowder mixing is one of the most important pharmaceutical manufacturing operations. Computation methods are required to transform mixer design and scale‐up from art to science. Due to an increase in the computational power and the development of graphics cards, the discrete element method is becoming a widely‐used technique. For an industrial granular mixer, it is demonstrated that a smart simulation strategy together with a highly efficient code can reduce the simulation time. The good agreement between simulation and measurement data confirms that the simulation strategy can be applied to the product development.
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