13-1位移电流全电流定律 13-2麦克斯韦方程组的积分形式

14-1 Simple Harmonic Motion (SHM)简谐振动 14-2 Amplitude Period Frequency phase简谐振动的振幅,周期,頻率和位相 14-3 The Energy of SHM简谐振动的能量 14-4 Damped Vibration& Forced Vibration Resonance阻尼振动受迫振动共振 14-5 Superposition of two SHM with same Frequency in same Direction同方向同頻率的简谐振动的合成 14-6 Superposition of two Perpendicular SHM相互垂直的简谐振动的合成

Two different points of view in analyzing problems in mechanics The Eulerian view(欧拉观点) and the Lagrangian view(拉格朗日观点) Flow classification Streamline(流线)Pathline(迹线)& Flowfield (流场)流线方程计算流谱 Surface force(表面力) and body force(质量力,体积力)

Chapter3 Integral Relations(积分关系式) for a Control Volume in One-dimensional Steady Flows 3.1 Systems(体系) versus Control Volumes(控制体) System: an arbitrary quantity of mass of fixed identity. Everything external to this system is denoted by the term surroundings, and the system is separated from its surroundings by it's boundaries through which no mass

Boundary layer(边界层) Although frictional effects in slightly viscous fluid are indeed present, they are confined to a thin layer near the surface of the body, and the rest of the flow can be considered inviscid. (1904, Prandt/)

Chapter 4 Differential Relations For Viscous Flow 4.1 Preliminary Remarks Two ways in analyzing fluid motion (1)Seeking an estimate of gross effects over a finite region or control volume. Integral ()Seeking the point-by-point details of a flow pattern by analyzing an infinitesimal region of the flow

一、目的要求 1、掌握腹部的标志线及体表标志和腹部的分区。 2、掌握腹膜腔及腹膜与腹、盆腔脏器的关系。 3、掌握腹前外側壁层次结构及外科手术切口与腹壁层次的关系。 4、掌握腹股沟三角的位置、构成和临床意义。 5、掌握腹股沟管的位置、构成及内容物

概述 位于膈与横 结肠及其系 膜之间,主 要有食管腹 部、胃、肝、 肝外胆道和 脾等结构

颈部结构特点: ①以脊柱颈部为支柱,前方正中有呼吸道和消化道的颈段。 ②两侧有纵向排列的大血管和神经。 ③颈根部有胸膜顶、肺尖以及斜行的血管、神经。 ④形成筋膜鞘和筋膜间隙。 ⑤颈部淋巴结丰富

Chapter 4 The General Description Difinition: means the study of viscera(alimentary system, respiratory system,urinary system and