To dynamically model a "Heat Exchanger Network(HEN)", you can use both "MATLAB scripts" and "Simulink". Simulink is particularly suited for modeling dynamic systems and can help visualize the interactions within the network.
- You can use "Simulink" to create block diagrams that represent the dynamic behavior of heat exchangers and their interactions. You can use built-in blocks or develop custom blocks for specific needs.
- You can use MATLAB scripts for detailed mathematical modeling or parameter estimation and can also be used to derive equations and perform simulations.
- You can use "Simscape" as it allows to model physical systems, including heat exchangers, using a physical network approach.
- Adaptive control and Model Predictive Control (MPC) are effective strategies for handling disturbances in HENs. MATLAB and Simulink provide toolboxes specifically for these control strategies.
You can refer the below documentation links on
- Model Predictive Control(MPC) - https://www.mathworks.com/help/mpc/?s_tid=srchbrcm
- Adaptive Control - https://www.mathworks.com/help/slcontrol/adaptive-control-design.html
For real-time simulation and testing of control strategies for HENs you can use
- Simulink Real-Time: This tool allows you to run Simulink models in real-time on dedicated hardware.
- Simulink Desktop Real-Time: This tool enables real-time simulation on your computer, which is useful for prototyping and testing control strategies.
