State Models of Dynamic Systems A Case Study Approach
The purpose of this book is to expose undergraduate students to the use of applied mathematics and physical argument as a basis for developing an understanding of the response characteristics, from a systems viewpoint, of a broad class of dynamic physical processes. This book was developed for use i...
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| Format: | eBook |
| Language: | English |
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New York, NY
Springer New York
1980, 1980
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| Edition: | 1st ed. 1980 |
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| Online Access: | |
| Collection: | Springer Book Archives -2004 - Collection details see MPG.ReNa |
Table of Contents:
- Case Study 8–2: Automatic Regulation of Temperature in a Building
- Case Study 8–3: Sampled Control of a Field Actuated Motor
- Exercises
- IX Discrete Time and State Models
- Case Study 9–1: Occupancy in a Hospital Unit
- Case Study 9–2: An Inventory Model
- Case Study 9–3: Neuron Model
- Case Study 9–4: Coin Operated Dispenser
- Case Study 9–5: A Binary Communications Channel
- Case Study 9–6: Discrete Population Model
- Exercises
- Appendix A Units, Dimensions, and Conversion Factors
- Appendix B Laplace Transforms
- Appendix C Routh-Hurwitz Criteria
- Appendix D Linear Approximations
- Appendix E Digital Computer Simulation and CSMP
- References
- I Modeling Dynamic Systems
- Modeling Philosophy
- Some Physical Principles
- State Models
- Some Systems Concepts
- Use of State Models
- II First Order Linear State Models
- Some Systems Theory
- Case Study 2–1: Radioactive Decay of Cesium
- Case Study 2–2: Temperature in a Building
- Case Study 2–3: An RC Circuit
- Exercises
- III Second Order Linear State Models
- Some Systems Theory
- Case Study 3–1: Ingestion and Metabolism of a Drug
- Case Study 3–2: Mixing of a Salt Solution
- Case Study 3–3: DC Motor
- Case Study 3–4: A Bridged-T-Filter
- Exercises
- IV Higher Order Linear State Models
- Some Systems Theory
- Case Study 4–1: Reduction of Limestone by Heating
- Case Study 4–2: Vertical Ascent of a Deep Sea Diver
- Case Study 4–3: A Speedometer Mechanism
- Case Study 4–4: Automobile Suspension System
- Case Study 4–5: Magnetic Loudspeaker
- Exercises
- V First Order Nonlinear State Models
- Some Systems Theory
- Case Study 5–1: Management of a Fisheries Resource
- Case Study 5–2: Liquid Level in a Leaky Tank
- Case Study 5–3: High Temperature Oven
- Case Study 5–4: Circuit with Diode
- Exercises
- VI Second Order Nonlinear State Models
- Some Systems Theory
- Case Study 6–1: Motion of a Boat Crossing a River
- Case Study 6–2: Spread of an Epidemic
- Case Study 6–3: Tunnel-Diode Circuit
- Case Study 6–4: Underwater Launch of a Rocket
- Case Study 6–5: A Study of Blood Sugar and Insulin Levels with Application to Diabetes
- Exercises
- VII Higher Order Nonlinear State Models
- Some Systems Theory
- Case Study 7–1: Continuous Flow Stirred Tank Chemical Reactor
- Case Study 7–2: A Hot Air Balloon
- Case Study 7–3: Motion of a Rocket Near Earth
- Case Study 7–4: Electrostatic Microphone
- Exercises
- VIII OtherDifferential State Models
- Case Study 8–1: Feedback Control of the Liquid Level in a Tank