A nonlinear multiphysics model and sliding mode control strategy are introduced for regulating discharge flow in batch digesters by coupling rheology, hydraulic transport, and drainability.
Using Computational Fluid Dynami cs Modeling and Ultrasonic Doppler Velocime try To Study Pulp Suspension Mixing,
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Nonlinear Multiphysics Modeling of Batch Digester Discharge Dynamics with Rheology-Driven Hydraulic Transport and Drainability Coupling
A nonlinear multiphysics model and sliding mode control strategy are introduced for regulating discharge flow in batch digesters by coupling rheology, hydraulic transport, and drainability.