Process systems analysis and control /
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| Other Authors: | |
| Format: | Book |
| Language: | English |
| Published: |
New York :
McGraw-Hill,
[1965]
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| Series: | McGraw-Hill chemical engineering series.
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| Subjects: |
Table of Contents:
- Preface
- An introductory example
- The laplace transform
- Inversion by partial fractions
- Further properties of transforms
- Response of first-order systems
- Physical examples of first-order systems
- Response of first-order systems in series
- Higher-order systems : second-order and transportation lag
- The control system
- Controllers and final control elements
- Block diagram of a chemical-reactor control system
- Closed-loop transfer functions
- Transient response of simple control systems
- Stability
- Root locus
- Transient response from root locus
- Application of root locus to control systems
- Introduction to frequency response
- Control system design by frequency response
- Closed-loop response by frequency-response methods
- The Nyquist stability criterion
- Controller mechanisms - Control of complex processes
- Experimental dynamics of complex processes
- Theoretical analysis of complex processes
- Phase space
- Methods of phase-plane analysis
- Examples of phase-plane analysis
- The describing function technique
- Linear computer operations
- Nonlinear computer operations
- Simulation of control systems
- Appendix : Proof of root--locus rules of chapter 15
- Index.