Aircraft Control And Simulation 2Ed (Pb 2018)

This best seller has been revised to target both the undergraduate and graduate level courses in flight mechanics and aircraft control.

A new chapter has been added to the front of the book covering basic aerodynamics, aircraft configurations and static stability.

These changes allow the book to be used for main stream undergraduate courses while maintaining coverage that made this book a staple at the graduate course level.

To facilitate this dual usage, the undergraduate material is selfcontained from the graduate material covered to allow use of basic and/or advanced materials.

The authors have added computer calculations in Mat lab which is commonly used in industry.Table of Contents:List of Examples Preface The Kinematics and Dynamics of Aircraft Motion Introduction Vector Kinematics Matrix Analysis of Kinematics Geodesy, Earth's Gravitation, Terrestrial Navigation Rigid Body Dynamics Summary Modeling the Aircraft Introduction Basic Aerodynamics Aircraft Forces and Moments Static Analysis The Nonlinear Aircraft Model Linear Models and the Stability Derivatives Summary Modeling, Design and Simulation Tools Introduction State Space Models Transfer Function Models Numerical Solution of the State Equations Aircraft Models for Simulation Steady State Flight Numerical Linearization Aircraft Dynamic Behavior Feedback Control Summary Aircraft Dynamics and Classical Control Design Introduction Aircraft Rigid Body Modes The Handling Qualities Requirements Stability Augmentation Control Augmentation Systems Autopilots Nonlinear Simulation Summary Modern Design Techniques Introduction Assignment of Closed Loop Dynamics Linear Quadratic Regulator with Output Feedback Tracking a Command Modifying the Performance Index Model Following Design Linear Quadratic Design with Full State Feedback Dynamic Inversion Design Summary Robustness and Multivariable Frequency Domain Techniques Introduction Multivariable Frequency Domain Analysis Robust Output Feedback Design Observers and the Kalman Filter LQG/Loop Transfer Recovery Summary Digital Control Introduction Simulation of Digital Controllers Discretization of Continuous Controllers Modified Continuous Design Implementation Considerations Summary Appendix A Model Appendix B Software Index