Introduction to Helicopter and Tiltrotor Flight Simulation azw3 网盘 高速 下载地址大全 免费

Introduction to Helicopter and Tiltrotor Flight Simulation, Second Edition presents the fundamentals of flight simulation in general, and rotorcraft simulation in particular, in a logical sequence of steps. It brings together the tools required to write a flight simulation mathematical model in one comprehensive reference. It relies on first principles and empirical polish to make the simulations useful. Mathematics is the coin of the realm, and the text presents the principles using linear algebra techniques and calculus wherever possible, demonstrating the equations in action. Updates to the second edition include: Significantly expanded exploration of rotor-modeling addressing dynamics, aerodynamics, downwash, aeroelasticity, and some special problems, including coaxial rotors. Demonstration programs now use the MATLAB® environment but do not require Simulink®. All source code is visible and users are encouraged to develop their own simulations. An increased number of figures have been included to show hardware and software in action. Introduction to Helicopter and Tiltrotor Flight Simulation, Second Edition can be used for senior and graduate-level instruction and as a reference for the practicing engineer. It presents the material in an informative and comprehensive, but accessible, style.

Table of Contents Chapter 1 Introduction to the Flight Simulation of Helicopters and Tiltrotors Chapter 2 Vectors and Vector Resolution Chapter 3 Axis Systems Chapter 4 Kinematics and Flight Dynamics Chapter 5 Atmosphere Chapter 6 How High, How Fast, How Far Chapter 7 Aerodynamic Velocity, Inertial Velocity, Wash Velocity, and Gusts Chapter 8 Aerodynamics of Arbitrary Shapes Chapter 9 Aerodynamics of Airfoils, Wings, and Fins Chapter 10 Aerodynamics of Propellers Chapter 11 Rotor Dynamic Modeling Chapter 12 Rotor Aerodynamic Modeling Chapter 13 Rotor Downwash Modeling Chapter 14 Rotor Special Interest Modeling Chapter 15 Introduction to Aeroelastic Rotor Models Chapter 16 Aerodynamic Interference Chapter 17 Engines Chapter 18 Drive Trains Chapter 19 Controls Chapter 20 Landing Gear Chapter 21 Trimming Chapter 22 Assembly Appendix A Units Appendix B Integration Techniques Appendix C Linear Algebra Appendix D Useful Mathematical Tools Appendix E Nondimensional Coefficients Appendix F Solution of the Biot-Savart Law for a Straight-line Segment Appendix G Momentum Principles Appendix H Propeller2017 Program Users Guide Appendix I Pearls of Wisdom Appendix J Details of a Simple Rotor Model Appendix K Improvement of the Quasi-static Rotor Model Appendix L The Curve Appendix M BER_single Users’ Guide Appendix N The Floquet Method Index Supporting Materials

MARK E. DREIER holds a B.S. and a M.S. in Aerospace Engineering from the Pennsylvania State University. He currently consults at AVX Aircraft Company in Benbrook, Texas. Dreier is an adjunct lecturer at the University of Texas at Arlington and an invited lecturer for short courses at Penn State and the American Helicopter Society, International, which appointed him as a Technical Fellow in 2008. In 2010, Penn State named him as a McCormick Lecturer. He is the recipient of the AIAA DeFlorez Award for Flight Simulation (2012) and holder, as a team member, of four U.S. patents. In his 40-plus years of experience, he has worked on digital, analog, and hybrid simulations of helicopters, tiltrotors, and wind turbines. He has written many technical papers on simulation and presented many lectures on soft computing. He is the author of the Fuzzy Logic Development Kit (FULDEK). Dreier is a senior member of AIAA and the American Helicopter Society, International, and is a licensed pilot who enjoys introducing his students to real flight.

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