材料力学是一门工科类专业的重要技术基础课程。通过该课程的学习，帮助学生

材料力学是一门工科类专业的重要技术基础课程。通过该课程的学习，帮助学生掌握学习和研究能使建筑结构安全正常工作且符合经济要求的理论计算方法。要求学生掌握等直杆件的强度、刚度及轴心受压杆件的稳定性计算等。能运用强度、刚度及稳定性条件对杆件进行校核、截面设计及载荷确定等计算工作；了解掌握材料的力学性能及材料力学试验的基本知识和操作技能。为结构力学、混凝土结构等后续课程的学习打下坚实的基础。本课程是变形体力学入门的技术基础课。帮助学生构筑作为工程技术根基的知识结构。（配有实验课程）

結果 (英文) 1:

Mechanical engineering is an important technical foundation specialty courses. Through this course to help students master the learning and research work to make structural safety requirements and in accordance with the theory of economic calculation. Requires students to master other pole of strength, stiffness and stability Centrally Compressed pieces calculation. Able to use strength, stiffness and stability conditions on the rod be checked, cross-sectional design and load calculations to determine etc.; understand the mechanical properties of materials and mechanical testing of the basic knowledge and skills. For structural mechanics, concrete structures and other follow courses of study and lay a solid foundation.This course is a deformable body introductory technical courses. To help students build a foundation of knowledge engineering structures. (With experimental courses)

結果 (英文) 2:

Mechanics of materials is an important basic course for engineering majors. Through the course of learning, to help students master the learning and research the calculation methods of the structural safety work and meet the requirements of the economic theory. Requests the student to grasp the stability of straight rod's strength, rigidity and the axial compression members calculation etc.. To calculate the working strength, stiffness and stability, checking the conditions of member section design and load determination; to understand the basic knowledge and skills to master the mechanical properties and material mechanical testing of materials. To lay a solid foundation for the structural mechanics, concrete structure and so on to follow a course of study.This course is a basic course of technology introduction of deformable body mechanics. To help students construct knowledge structure engineering technology as foundation. (with experimental curriculum)

結果 (英文) 3:

Mechanics of materials is an important technological base of specialty of engineering course. Through the course of study that helps students master learning and research for structural safety can work and meet the economic requirements of the calculation method. Requires students to Master frame strength, stiffness and stability calculation of axially loaded bars, and so on. Able to put conditions on strength, stiffness and stability verification, design for normal section of the rod and load calculations, such as determining; understanding the material mechanical properties and material mechanics experiment of basic knowledge and skills. Subsequent courses of study, such as structural mechanics, concrete structures and lay a solid foundation.This course is an introduction to mechanics of deformation technology courses. Help students build as foundation engineering knowledge structure. (With experimental courses)