課程概述：本課程主要介紹彈性力學，包含張量介紹、力學基本理論、直角座標之二維問題、極座標之三維問題及能量法等。主要是使學生能掌握分析彈性體應力和變形的基本方法，為以後進一步研究實際工程構件和結構的強度、剛度、可靠性、斷裂和疲勞等固體力學問題建立必要的理論基礎。
Course Descriptions: This course is mainly to introduce the elasticity, including tensor introduction, fundamental mechanics theory, 2D Cartesian coordinate problems, polar coordinate problems, and energy method, etc. This course can help students to handle the basic methods for elastic stress and strain, to build up a strong theoretical basis for study the strength, stiffness, reliability, fracture and fatigue problems of practical engineering components and structures.
目標：本課程的目標是希望學生瞭解有關彈性力學領域內之基本常識及原理，並將此基本理論應用於工程上的問題，使學生了解如何將實際問題以方程式及邊界條件表示出來，為學習有限元素法、複合材料力學、斷裂力學和疲勞等課程奠立基礎。使學生能具有對工程問題分析的能力及技巧。
Objective: The purpose of this course is to allow students to understand the common sense and theory of elastic mechanics, and then to apply them to many engineering problems, such as how to present the formulas and boundary conditions of a real problem, and how to prepare the courses of finite element analysis, fracture mechanics, and fatigue. Finally, allow students to have ability and skill to analyze the engineering problems.