桥梁工程是土木工程（交通土建方向）的一门必修专业课，是土木工程学科的主

桥梁工程是土木工程（交通土建方向）的一门必修专业课，是土木工程学科的主要分支之一，也是结构工程学科的应用分支；其教学目的是使学生初步具备从事一般桥梁的设计和施工的能力。本课程的主要教学内容：系统地介绍介绍钢板梁桥、钢桁架桥主要构造、设计计算要点，学习地震及风荷载对桥梁灾害和影响，把握桥梁工程的抗震、隔震设计以及桥梁的抗风设计。了解公路桥梁抗震与抗风设计理论和方法最新的一些主要进展。

結果 (英文) 1:

Bridge Engineering Civil Engineering (civil traffic direction) of a compulsory courses, is one of the main branches of civil engineering disciplines, but also the application of structural engineering disciplines branch; their teaching purpose is to enable students to have engaged in preliminary general design and construction of bridges capability. The main teaching content of the course: a systematic introduction to introduce steel plate girder bridge, steel truss bridge main structure, design calculations point to learn seismic and wind loads and impact of disasters on the bridge, grasp bridge engineering seismic, seismic isolation design, and bridge the wind Design. Learn highway bridge seismic resistant design theory and methods with some of the latest major developments.

結果 (英文) 2:

Bridge engineering in Civil Engineering (civil transportation direction) of a required course, is one of the main branch of civil engineering, application of branch and structural engineering discipline; the teaching goal is to enable the students to have engaged in general bridge design and construction capacity. The main contents: the course introduces the steel plate girder bridge, steel truss bridge main structure, design, study of earthquake and wind load on bridge disaster and influence of wind resistance design of bridge engineering, grasp the seismic, seismic isolation design and bridges. Understand some of the major advances in seismic design of highway bridges and wind resistant design theory and method of the new.

結果 (英文) 3:

Bridge engineering is a civil engineering (civil traffic direction) a compulsory courses, is one of the main branches of civil engineering disciplines and applications of structural engineering branch; whose objective is to enable the students to have the capacity to engage in bridge design and construction. The main content of this course: a systematic introduction to steel plate girder bridge, main building, design and calculation of the main points of steel truss bridge, seismic and wind loads on bridges and the impact of disasters, grasp the seismic, seismic isolation design of bridge and wind-resistant design of bridges. Understanding highway bridge seismic and wind resistant design theory and method of the latest major progress has been made.