美国麻省理工大学《Dynamics（动力工程学）》pdf英文电子教案。

jpg格式。动力工程的图片集锦。共有17幅制作精美的图片，图片非常清晰，内容丰富，包括有各种锅炉设备

第1章 火电厂计算机控制系统概论 第2章 分散控制系统的结构与特点 第3章 分散控制系统的主要硬件 第4章 分散控制系统的软件 第5章 分散控制系统的通信 第6章 数 据 采 集 系 统 第7章 协 调 控 制 系 统 第8章 炉 膛 安 全 监 控 系 统

华北电力大学能源与动力工程学院《电力生产过程及动力设备PowerProductionProcessa

南京师范大学动力工程学院《锅炉原理》ppt课件，主要包含燃料及燃烧计算、锅炉热平衡、燃烧原理及燃烧设

Lecture D34 Coupled Oscillators Spring-Mass System(Undamped/Unforced)

Solution General solution x(t)= A cos wnt +B sin wnt or, x(t)=Csin(wnt+φ) Initial conditions

In lecture D28, we derived three basic relationships embodying Kepler's laws: Equation for the orbit trajectory

Outline Review of Equations of Motion Rotational Motion Equations of Motion in Rotating coordinates Euler Equations Example: Stability of Torque Free Motion Gyroscopic Motion Euler Angles Steady Precession Steady Precession with M=0 MIT

In this lecture, we consider the motion of a 3D rigid body. We shall see that in the general three dimensional case, the angular velocity of the body can change in magnitude as well as in direction, and, as a consequence, the motion is considerably more complicated than that in two dimensions. Rotation About a Fixed Point We consider first the simplified situation in which the 3D body moves in such a way that there is always a point, O, which is fixed. It is clear that, in this case, the path of any point in the rigid body which is at a