结构力学是土木工程专业一门重要专业基础必修课，是结构工程、防灾减灾工程

结构力学是土木工程专业一门重要专业基础必修课，是结构工程、防灾减灾工程和道路
桥梁工程先修课程。通过学习让学生掌握力矩分配法的基本概念，掌握用力矩分配法计算连续梁和无侧移刚架的方法。会用迭代法计算无侧移刚架。熟悉超静定梁影响线轮廓的绘制方法及其应用。掌握用矩阵位移法计算杆件结构的原理和方法。掌握两类稳定的概念，掌握结构稳定计算的基本方法。掌握单自由度体系自振周期、频率的计算。能进行单自由度体系、两个自由度体系在自由振动及在简谐荷载作用下受迫振动时的动力计算。了解阻尼的作用。理解多自由度体系主振型的正交性，并掌握计算机辅助结构计算。

結果 (英文) 1:

Structural mechanics is a civil engineering major professional basic compulsory, is structural engineering, disaster prevention and mitigation works and road
Bridge Engineering Prerequisite. By learning to equip students with the basic concepts of moment distribution method, master with a continuous beam moment distribution method and non-sway frame approach. Will use the iterative method to calculate non-sway frame. Familiar influence lines for statically indeterminate beam contour drawing method and its application. Master the matrix displacement method to calculate pole structures principles and methods. Two stable grasp the concept of structural stability to master the basic method of calculation. SDOF system master vibration period, frequency calculations. Capable of single degree of freedom system,Two degree of freedom system in free vibration and harmonic loads in forced vibration dynamic calculation. Understand the role of damping. Understanding of multi-degree of freedom system vibration mode orthogonality, and mastery of computer-aided structural calculations.

結果 (英文) 2:

Structural mechanics in civil engineering is an important professional basic courses, structural engineering, disaster prevention and mitigation engineering and road bridge engineering courses. By learning to let the students master the basic concepts of moment distribution method, master the continuous beam and non sway frame is calculated by the method of moment distribution method. Using iterative method to calculate the non sway frame. Familiar with hyperstatic beam influence line contour drawing method and its application. The theory and method of calculation for truss structure of master the use of the matrix displacement method. Master the two stability concept, master the basic method for calculation of structural stability. Grasp the calculation of single degree of freedom system, the frequency of the vibration cycle. For a single degree of freedom system,Two degree of freedom system in free vibration and harmonic loads by the computing power of forced vibration. To understand the effect of damping. Orthogonal understanding system of multiple degree of freedom vibration mode, and master the computer aided calculation of structure.

結果 (英文) 3:

Basic required courses is an important civil engineering structural mechanics, structural engineering, disaster prevention and reduction engineering and road
bridge engineering courses. By learning to equip students with the basic concepts of the moment distribution method, grasp the moment of a force distribution method for calculating methods of continuous beam and non-sway frames. Iterative method for calculating non-sway frames. Familiar with draw method for influence lines of statically indeterminate beam profile and its application. Grasp the matrix displacement method for calculating principle and method of frame structure. Grasp the concept of two types of stability, grasp the basic method for calculating structural stability. Knowledge of natural period of single degree of freedom system, computation of the frequency. Single degree of freedom system,Two degrees of freedom system in free vibration and forced vibration under harmonic loads powered at the time of calculation. Understanding the role of damping. -Understanding system with several degrees of freedom vibration of orthogonality and the computer-aided structure calculation.