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Atmospheric and Space Flight Dynamics: Modeling and Simulation with MATLAB and Simulink

机译:大气和太空飞行动力学:使用MATLAB和Simulink进行建模和仿真

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摘要

This book is remarkable due to its coverage, both in topics and levels, of the many fields indicated by the title. Chapter 1 is an introduction whilst Chapter 2 covers kinematics expressed in conventional vector and matrix forms. It also deals with the Gibbs vector and quaternions. Chapter 3 is a brief introduction to gravity and non-spherical planetary shapes. Chapter 4 deals with the basic Newtonian dynamics of particles, groups of particles and, in particular, two-body problems. Chapter 5 takes the reader into orbital mechanics and Chapter 6 deals with perturbed orbits. Chapter 7 covers the classical three body problem ending with the numerical solution of the restricted problem. Chapter 8 deals with rocket propulsion for multi-stage and optimal rockets. The book now continues with discussion of the properties of the atmosphere and moves on to concepts of aerodynamics. The next topic is air-breathing propulsion from propeller driven to scramjets. This now leads on to trans-atmospheric trajectories, which is regarded as the heart of the book. Chapter 13 is devoted to rigid body dynamics and its application to attitude dynamics. The last two chapters cover attitude control systems followed by advanced numerical modelling.
机译:这本书之所以出色,是因为它涵盖了标题所指示的许多领域的主题和层次。第1章是导论,而第2章介绍了以传统矢量和矩阵形式表示的运动学。它还处理Gibbs向量和四元数。第三章简要介绍了重力和非球形行星形状。第4章讨论粒子的基本牛顿动力学,粒子组,尤其是两体问题。第5章将读者带入轨道力学,第6章将介绍扰动的轨道。第7章介绍了经典的三体问题,以受限问题的数值解作为结尾。第8章讨论了多级和最优火箭的火箭推进。该书现在继续讨论大气的性质,并涉及空气动力学的概念。下一个主题是从螺旋桨驱动到超燃冲压发动机的空气呼吸推进。现在,这导致了跨大气的轨迹,这被认为是本书的核心。第13章专门讨论刚体动力学及其在姿态动力学中的应用。最后两章介绍了姿态控制系统,然后进行了高级数值建模。

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