A jacketed tank is used to cool pure Process liquid. The liquid enters the vessel at flow q1(t) and leaves at a flow rate q2(t).....Tempretures of the liquid in and out the tank T1(t)-T2(t), V(t) volume of the liquid in the tanm, Coolant tempreture Tc, flow ratw of coolant qc(1)
Tank area:A, Heat transfer area AH, overall heat transfer cofficiant :K qc(t)^0.5.K constant
A jacketed tank is used to cool a pure process liquid. The liquid enters the vessel at a flow rate (t) and leaves at a flow rate qz(t). The volume of the liquid in the tank is V(t). The temperature of the liquid entering the tank is T1(0) and its outlet temperature is T2(t). The cooling water temperature is Tc. The flow rate of the cooling water is 4c (t). Tank area A Heat transfer area AH. Overall heat transfer coefficient. Kc (0,05 K constant 9c 1. Derive the dynamic model of the process 2. Derive the steady state model of this process. 3. What assumptions are implied by the model? 4. Prove that the process is controllable 5. Examine the linearity of the process model
A jacketed tank is used to cool a pure process liquid. The liquid enters the vessel at a flow rate (t) and leaves at a f
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A jacketed tank is used to cool a pure process liquid. The liquid enters the vessel at a flow rate (t) and leaves at a f
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