工程力学专业成立于从上世纪60年代，1978年以来每年均招收本科生和研究生。依托本专业的固体力学学科，1978年获华南唯一的硕士学位授权点，2002年获博士学位授权点，2002年被评为广东省重点学科。2004年工程力学科专业被评为广东省名牌专业。 

 

     本专业侧重道桥工程与建筑工程的结构分析和计算，注重培养学生解决与力学有关的工程技术问题的理论分析能力和实验技能。学生具有深厚的专业基础、良好的科技素养和娴熟的工程技能，特别擅长面对和解决大 量复杂工程中的非标准的、无规范参考的技术与科学问题。 

 

     培养目标：本专业培养的学生不仅有扎实的数学、力学、物理和外语基础，还具有宽广的知识面，包括路桥工程、隧道工程、计算机技术、管理学和丰富的工程实践，既能熟练应用力学理论和计算科学对各类工程结构进行力学分析、计算与设计，又能利用较全面合理的知识结构体系、良好的创新意识研究新型交叉的科学与工程技术，使同学成为理想的高级工程技术和科学研究的人才。 

 

     专业课：高等数学、工程数学、普通物理、英语、政治、画法几何及建筑制图、程序设计与算法语言、Java基础、网络数据库、数值分析、张量分析、专业英语、科技文献检索、力学概论、理论力学、材料力学、结构力学、计算力学与工程软件、板壳理论、弹性力学、复合材料力学、高等结构力学、结构工程塑性力学、流体力学、实验力学、振动理论、土力学与地基基础、钢结构、混凝土结构、工程施工与概预算、工程信号分析与处理、结构CAD、结构优化设计、现代测试技术等。

 

 The major of Engineering Mechanics was setup in 1960s, and from 1978, this major started to train both undergraduate and graduate students each year. In 1978 the Solid Mechanics discipline relying on the major was firstly authorized to award Master degree in South China, in 2002 was authorized to award Doctoral degree and became the key discipline in Guangdong province. In 2004, the Mechanics Engineering major was named Brand Major in Guangdong province.

 

 Students in the major will be trained on structural analysis and computation of road engineering, bridge engineering and construction engineering. We put stress on the student’s capacities of theoretical analysis and experimental skills on solving the engineering technical problems related to mechanics. The students will have strong major background, good science culture and adept engineering skill, and be good at facing and solving many technology and scientific problems in the complicated engineering with no standards for reference.

 

 Objectives: Students studied in this major have not only well-knit mathematics, mechanics, physics and English foundation, but also have broad knowledge such as road engineering, bridge engineering, tunnel engineering, computer technology, management science and abundant engineering practice. Not only can use the mechanics theory and computational science to analysis, calculate and design the engineering structures, but also can use the all around and suitable acknowledge structure and excellent creative sense to study the crossing science and engineering. The student will be the advanced engineer and scientific research staffs.

 

Main Curriculums: Higher Mathematics, Engineering Mathematics, College Physics, English, Descriptive Geometry and Building Cartography, Program Design and Arithmetic, Introduction to Java, Network Database, Numerical Analysis, Tensor Analysis, Specialty English, Document Retrieval and Utilization, Introduction to Mechanics, Theoretical Mechanics，Mechanics of  Materials，Structural Mechanics，Computational Mechanics and Engineering Software,  Theory of Plate and Shell, Theory of Elasticity, Composite Mechanics, Advanced Structural Mechanics，Plastic Mechanics of Structural Engineering, Fluid Mechanics, Experimental Mechanics, Vibration Theory, Soil Mechanics and Foundation, Steel Structures, Concrete Structures, Engineering Construction and Engineering Estimate, Engineering Signal Analysis and Processing, CAD of Structure, Design of Structural Optimization, Modern Testing Technologies.

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