A liquid storage facility can be modeled by ÿ+5̇y+y(t)=8̇u+u(t) where y is the liquid level (m) anduis an inlet flow rate (m3/s).Both are defined as deviations from the nominal steady-state values. Thus,y=u=0 at the nominal steady state. Also, the initial values of all the derivatives are zero. (a)If u(t) suddenly changes from 0 to 1 m3/s at t=0, deter-mine the liquid level response,y(t). (b)If the tank height is 2.5 m, will the tank overflow? (c)Based on your results for(b), what is the maximum flow change,umax, that can occur without the tank overflowing?
A liquid storage facility can be modeled by ÿ+5̇y+y(t)=8̇u+u(t) where y is the liquid level (m) anduis an inlet flow rate (m3/s).Both are defined as deviations from the nominal steady-state values. Thus,y=u=0 at the nominal steady state. Also, the initial values of all the derivatives are zero. (a)If u(t) suddenly changes from 0 to 1 m3/s at t=0, deter-mine the liquid level response,y(t). (b)If the tank height is 2.5 m, will the tank overflow? (c)Based on your results for(b), what is the maximum flow change,umax, that can occur without the tank overflowing?
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