01 / Reading Guide
Reading Guide
Who this book is for
For upper-level chemical engineering students entering process dynamics and control. The original text was built for a senior control course with student contributions. It is useful for connecting physical processes to feedback decisions, but readers should keep track of assumptions and compare unfamiliar notation with their course’s conventions.
Prerequisites
Material and energy balances, differential equations and introductory process engineering are recommended. Basic linear algebra and probability help with multivariable models, optimization and statistical sections.
What it covers
Modeling foundations, sensors, actuators and piping diagrams lead into logical models, process case studies, mathematics for control, optimization, PID feedback, dynamical analysis and control architectures. Multivariable control and statistical background extend the route. The organization brings process description and control design into the same learning sequence.
How to use it
Choose a small tank or thermal process and identify the controlled variable, manipulated input, disturbance and measurement. Write a balance before deriving a transfer relation, and check the physical meaning of the time constant. Simulate a set-point change and a disturbance separately. Compare controller settings using both tracking behavior and input effort, explaining any instability or saturation. Keep a model-assumption sheet and revisit it when the simulated response disagrees with the expected physical behavior.
Edition and sources
The complete LibreTexts teaching book preserves the University of Michigan contributor-based text. Its main attribution identifies CC BY 3.0, while individual pages or included materials can carry additional notices. A full-book download and all fourteen chapter groups are provided; web update dates are not treated as original publication dates.
