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A REVIEW OF PULP REFINING
LABORATORY EQUIPMENT AND PROCEDURES
EVALUATION OF A REFINING PROCESS 6 4
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analog computer ARMAV models Block diagram Calculus of Variations cavitation clearance relationship closed-loop cond consistency refining experiment cost function cross spectrum damping ratio DDS models disk refiner displacement transducer Dynamic Programming electrohydraulic servovalve feeding rate fiber quality fiberizing mechanism Figure freeness frequency Hz Hamiltonian high consistency refining high frequency hydraulic motor inches input linear actuator linear regulator load cells low and high low consistency refining low frequency LVDT magnitude Mathematically mechanical pulping obtained optimal and suboptimal optimal path optimal trajectory output torque overall parameters phase angle Phasor representation Plate clearance variations power consumption pressure Pulp and Paper pulp consistency pulp pad pulp refining refining chamber refining plates refining process rotating second stage spectral stage of high stage of low stochastic vector suboptimal trajectories Table tensile third stage three stages tion torque motor Torque variations transfer function transform two-stage University of Wisconsin-Madison variable wide-angle refiners wood fiber