工程力学课程简介

工程力学为工程管理专业及相关专业的一门专业技术课程。涵盖建筑类专业必修的三大力学——理论力学、材料力学、结构力学的基础知识、基本理论和基本计算原理，以及建筑构造、建筑结构基础知识。

其主要内容为：

平面受力体系的静力平衡计算：相关基础知识的概念和解题方法，各种力系的平衡计算，力的重心位置及其计算。根据已知外力，求取静定结构（梁、刚架、桁架、拱架及组合结构）的约束反力方法。

静定结构的内力计算：已知外力、未知外力与未知内力之间的平衡计算，结构截面上内力的种类及其规定，各类结构的内力求法，如简单梁，连续梁，桁架，普通刚架，拱架，复合受力体系等。

平面结构体系的受力计算：各类结构内力分布传递特点，结构内力图的相关概念及规定，结构内力图的画法，结构内力的求解技法与技巧，简便方法或叠加法等画各类结构内力图。

使用教材：慎铁刚.建筑力学与结构.北京：中国建筑工业出版社，2005.

Engineering Mechanics

This is a special technical course of construction management, covering the basic knowledge, theories and computational principles of three mechanics, theoretical mechanics, mechanics of materials and structural mechanicals, basic knowledge of building structure, including,

- Static balance computation of plane stress system, basic knowledge of concepts and problem solving methods, balance computation of various stress systems, determining gravity position and computation, known external forces, derive the method of determinate structure (beam, rigid frame, girder, arch frame, and composite structure) of constrained reaction.

- Computing internal force of determinate structure, equilibrium calculation of known external forces, unknown external forces, and unknown internal forces, types and specification of internal forces on cross section of structure, calculation methods for internal forces of various structures, such as simple beam, continuous beam, girder, general rigid frame, arch frame, composite stress system.

- Computing stress of plane structure system, characteristics of distribution and transmission of internal forces of various structures, relevant concepts and regulations of diagram of internal force of structure, drawing method of internal force diagram, calculation techniques of internal forces of structure, drawing methods of internal force of various structures, such as simplified method and superimposition method.

《工程力学》课程教学进度计划