What I’d find very useful would be to take a simple situation such as a tank with a level controller (liquid system) or a tank with a pressure control (gas system) and derive a differential equation to model tank filling, transform it into the Laplace domain and create a transfer function. Then use the transfer function in Simulink together with a PID controller to simulate upsets and system responses. That would provide the building blocks for many real world situations with process plants with the tools to analyse many practical situations.
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This video was very helpful to me ,thanks❤️
Thank you
At last a practical application that makes sense!
Thank you.
What I’d find very useful would be to take a simple situation such as a tank with a level controller (liquid system) or a tank with a pressure control (gas system) and derive a differential equation to model tank filling, transform it into the Laplace domain and create a transfer function. Then use the transfer function in Simulink together with a PID controller to simulate upsets and system responses. That would provide the building blocks for many real world situations with process plants with the tools to analyse many practical situations.
One day I will try and find some time to do this :)
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how do we determine the units of gain K and tau?