| Cena: |
| Želi ovaj predmet: | 1 |
| Stanje: | Polovan bez oštećenja |
| Garancija: | Ne |
| Isporuka: | Pošta CC paket (Pošta) Post Express Lično preuzimanje |
| Plaćanje: | Tekući račun (pre slanja) Lično |
| Grad: |
Kraljevo, Kraljevo |
Godina izdanja: 2009
ISBN: 978-81-906574-13-0
Jezik: Engleski
Oblast: Mašinstvo
Autor: Strani
Izdavač: New Age Science, Tunbridge Wells
Autor: Rao V Dukkipati
Povez: tvrd sa omotom
Broj strana: 608
Odlično očuvana.
C O N T E N T S
1. INTRODUCTION
1.1. Control Systems
1.2. Engineering Mechanics
1.3. Mechanical Vibrations
1.4. Electrical Circuits
1.5. Numerical Methods
1.6. Optimization
1.7. Simmetric Matrix Eigenvalue Problems
2. MATLAB BASICS
2.1. Introduction
2.2. Arithmetic Operations
2.3. Display Formats
2.4. Elementary Math Built-in Functions
2.5. Variable Names
2.6. Predefined Variables
2.7. Commands for Managing Variables
2.8. General Commands
2.9. Arrays
2.10. Operations with Arrays
2.11. Element-by-Element Operations
2.12. Random Numbers Generation
2.13. Polynomials
2.14. System of Linear Equations
2.15. Script Files
2.16. Programming in MATLAB
2.17. Graphics
2.18. Input/Output in MATLAB
2.19. Symbolic Mathematics
2.20. The Laplace Transforms
2.21. Control Systems
2.22. The Laplace Transforms
2.23. Summary
3. MATLAB TUTORIAL
3.1. Control Systems
3.2. Transient Response Analysis
3.3. Response to Initial Condition
3.4. Second Order Systems
3.5. Root Locus Plots
3.6. Bode Diagrams
3.7. Nyquist Plots
3.8. Nichols Chart
3.9. Gain Margin, Phase Margin, Phase Crossover Frequency, and Gain Crossover Frequency
3.10. Transformation of System Models
3.11. Bode Diagrams of Systems Defined in State Space
3.12. Nyquist Plots of a System Defined in State Space
3.13. Transient-Response Analysis in State Space
3.14. Response to Initial Condition in State Space
3.15. Example Problems and Solutions
3.16. Summary
4. DIRECT NUMERICAL INTEGRATION METHODS
4.1. Introduction
4.2. Single Degree of Freedom Systems
4.3. Multi Degree of Freedom Systems
4.4. Explicit Schemes
4.5. Implicit Schemes
4.6. Summary
4.7. Example Problems and Solutions Using MATLAB
(K-179)