Introduction to modeling and control of dynamic chemical processes. Topics include the development of first-principles models, linearization and state space form, input/output (transfer function) form, design and tuning of PID controllers, model-based control, frequency response for robustness analysis, case studies in multivariable control, numerical analysis, and simulation.
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2023 |
Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2022 |
Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2021 |
Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2020 |
Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2019 |
Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2018 |
Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2017 |
Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2016 |
Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2015 |
Chem Process Dynamics & Cntrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2014 |
Chem Process Dynamics & Cntrl (4c)
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2013 |
Chem Process Dynamics & Cntrl (4c)
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2012 |
Chem Process Dynamics & Cntrl (4c)
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2011 |
Chem Process Dynamics & Cntrl (4c)
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2010 |
Chem Process Dyn & Ctrl (4c)
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Chem Process Dynamics & Cntrl (4c)
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2009 |
Chem Process Dyn & Ctrl (4c)
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2008 |
Chem Process Dyn & Ctrl (4c)
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2007 |