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Solving using 3 steps..

Solving using 3 steps

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Solving using 3 steps. What If…. A Stirring Tank.. Stream 1 has A&B, Stream 2 has pure A. Applying 3 steps. Mass Balance: eqn (1) Assume steady state,. Component Balance: Component A: Component B:. Energy Balance: eqn (2). Transfer Function. Let say want to find, - PowerPoint PPT Presentation

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Page 1: Solving using 3 steps

Solving using 3 steps..

Page 2: Solving using 3 steps

What If…

A Stirring Tank..

Stream 1 has A&B, Stream 2 has pure A

Page 3: Solving using 3 steps

Applying 3 steps..

Mass Balance:

eqn (1)

Assume steady state,

Page 4: Solving using 3 steps

Component Balance:

Component A:

Component B:

Page 5: Solving using 3 steps

Energy Balance:

eqn (2)

Page 6: Solving using 3 steps

Transfer Function

Let say want to find,

Assume steady state, eqn (1) & (2) become,

Page 7: Solving using 3 steps

Linearization

Page 8: Solving using 3 steps

Linearized equation yield:

Laplace Transforming:

Page 9: Solving using 3 steps

Assume nominal steady state,

Equation become:

Page 10: Solving using 3 steps

By assuming T2, w1 & w2 are constants,Transfer function can be found to be:

ρ=80 kg/m3, V= 200 m3,

Steady state flow rate:w3=150 m3/s , w1=100 m3/s,

T1 step change from 400C to 500C

Page 11: Solving using 3 steps

Using Simulink..

By substituting given information, transfer function become:

Page 12: Solving using 3 steps

By using Simulink, the results are as follow: