书籍详情
工程力学实验教程（英文版）
作者：李君，徐飞鸿，胡敏 编
出版社：中南大学出版社
出版时间：2020-06-01
ISBN：9787548700357
定价：¥45.00
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内容简介
《工程力学实验教程（英文版）》根据高等学校理工科力学基础课程教学的基本要求，依据国家相关标准，结合实验教学的实际情况，总结多年实验教学和改革的经验编写而成。教程内容采用模块化设计，主要包括：工程力学实验测试技术、材料力学性能测试实验模块、应变电测实验模块、光测应力分析与动力测试实验模块、现代力学测试技术实验模块。《工程力学实验教程（英文版）》适合于高等院校土木工程专业的本科学生使用，也适合来华留学生使用。也可作为相关专业力学课程的学习辅导书供学生们自觉使用。
作者简介
暂缺《工程力学实验教程（英文版）》作者简介
目录
Chapter 1 Testing technologies of engineering mechanics experiment
1．1 Machine testing method and mechanical properties testing
1．2 Electrical measuring method and strain measuring
1．3 Optical testing method and stress analysing
1．4 Modern testing technologies
1．4．1 Digital image measuring technology
1．4．2 Nondestructive dection
Chapter 2 Mechanical properties testing experiment module
2．1 Mechanical properties testing equipment
2．1．1 Electrical universal material testing machine
2．1．2 Electrical torsion testing machine
2．1．3 Pendulum impact testing machine
2．1．4 Pure bending fatigue testing machine
2．2 Mechanical properties testing experiment example
2．2．1 Tensile and compression experiment of low carbon steel and cast iron
2．2．2 Torsion experiment of low carbon steel and cast iron
2．2．3 Impact experiment of low carbon steel and cast iron
2．2．4 Fatigue experiment of metal materials
Chapter 3 Strain measuring experiment module
3．1 Strain measuring instrument
3．1．1 Resistance strain gage
3．1．2 Static resistance strain gauge
3．1．3 Dynamic and static strain acquisition and analysing system
3．2 Strain measuring experiment example
3．2．1 Resistance strain gage installation and protection experiment
3．2．2 Basic experiment of strain measuring technology
3．2．3 Normal stress measuring experiment of pure bending beam
3．2．4 Material elastic constant E and Poisson's ratio measuring experinent
3．2．5 Bending and torsion combined deformation stress measuring experiment
3．2．6 Compression bar stability experiment
3．2．7 study on mechanical behavior of variable support beam experiment
3．2．8 Study on behavior of channel thin-walled member experiment
3．2．9 Dynamic stress measuring of composite beam experiment
Chapter 4 Optical stress analysing experiment module
4．1 Photoelastic experiment instrument
4．1．1 TST-1003 micro LED digital photoelasticity instrument
4．1．2 TST-1002 micro dual screen digital photoelasticity instrument
4．2 Optical stress analysing experiment example
4．2．1 Plane photoelastic demonstration experiment
4．2．2 Observation of isochromatic and isoclinic fringes experiment
4．2．3 Material fringe value measuring experiment
4．2．4 Stress concentration coefficient measuring experiment
Chapter 5 Dynamic testing experiment module
5．1 Dynamic testing instrument
5．1．1 Photoelectric sensor
5．1．2 Theoretical mechanics multifunctional experiment platform
5．2 Dynamic testing experiment example
5．2．1 Friction coefficient testing experiment
5．2．2 The moment of inertia of rigid body measuring experiment
5．2．3 The relation curve between amplitude and wind speed of “air transmision ine” model measuring experiment
5．2．4 Compare the difference of four kinds of load experiment
Chapter 6 Modern testing technology experiment module
6．1 Modern testing technology instrument
6．1．1 Industrial digital camera
6．1．2 Ultrasonic metal detector
6．1．3 Thermal infrared nondestructive detector
6．2 Modern testing technology experiment example
6．2．1 Digital image corelation displacement measuring experiment
6．2．2 Ultrasonic nondestructive testing experiment
6．2．3 Thermal infrared nondestructive testing experiment
References
1．1 Machine testing method and mechanical properties testing
1．2 Electrical measuring method and strain measuring
1．3 Optical testing method and stress analysing
1．4 Modern testing technologies
1．4．1 Digital image measuring technology
1．4．2 Nondestructive dection
Chapter 2 Mechanical properties testing experiment module
2．1 Mechanical properties testing equipment
2．1．1 Electrical universal material testing machine
2．1．2 Electrical torsion testing machine
2．1．3 Pendulum impact testing machine
2．1．4 Pure bending fatigue testing machine
2．2 Mechanical properties testing experiment example
2．2．1 Tensile and compression experiment of low carbon steel and cast iron
2．2．2 Torsion experiment of low carbon steel and cast iron
2．2．3 Impact experiment of low carbon steel and cast iron
2．2．4 Fatigue experiment of metal materials
Chapter 3 Strain measuring experiment module
3．1 Strain measuring instrument
3．1．1 Resistance strain gage
3．1．2 Static resistance strain gauge
3．1．3 Dynamic and static strain acquisition and analysing system
3．2 Strain measuring experiment example
3．2．1 Resistance strain gage installation and protection experiment
3．2．2 Basic experiment of strain measuring technology
3．2．3 Normal stress measuring experiment of pure bending beam
3．2．4 Material elastic constant E and Poisson's ratio measuring experinent
3．2．5 Bending and torsion combined deformation stress measuring experiment
3．2．6 Compression bar stability experiment
3．2．7 study on mechanical behavior of variable support beam experiment
3．2．8 Study on behavior of channel thin-walled member experiment
3．2．9 Dynamic stress measuring of composite beam experiment
Chapter 4 Optical stress analysing experiment module
4．1 Photoelastic experiment instrument
4．1．1 TST-1003 micro LED digital photoelasticity instrument
4．1．2 TST-1002 micro dual screen digital photoelasticity instrument
4．2 Optical stress analysing experiment example
4．2．1 Plane photoelastic demonstration experiment
4．2．2 Observation of isochromatic and isoclinic fringes experiment
4．2．3 Material fringe value measuring experiment
4．2．4 Stress concentration coefficient measuring experiment
Chapter 5 Dynamic testing experiment module
5．1 Dynamic testing instrument
5．1．1 Photoelectric sensor
5．1．2 Theoretical mechanics multifunctional experiment platform
5．2 Dynamic testing experiment example
5．2．1 Friction coefficient testing experiment
5．2．2 The moment of inertia of rigid body measuring experiment
5．2．3 The relation curve between amplitude and wind speed of “air transmision ine” model measuring experiment
5．2．4 Compare the difference of four kinds of load experiment
Chapter 6 Modern testing technology experiment module
6．1 Modern testing technology instrument
6．1．1 Industrial digital camera
6．1．2 Ultrasonic metal detector
6．1．3 Thermal infrared nondestructive detector
6．2 Modern testing technology experiment example
6．2．1 Digital image corelation displacement measuring experiment
6．2．2 Ultrasonic nondestructive testing experiment
6．2．3 Thermal infrared nondestructive testing experiment
References
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