机械测试实验技术

《机械测试实验技术（英文版）》（Experimental Techniquesfor Mechanical Measurements），主要适用于机械大类相关专业“机械工程测试实验课程”的双语或全英语教学，以便与国际工程技术各相关领域全面接轨。
机械工程测试实验课程是面向机械类学生开设的必修和专业课程，目前国内大多为中文教材，全英语或双语教材较少。该实验教材紧盯机械类学生双语或全英语培养目标，在引进国外优选教育教学理念和模式的基础上，结合国内相关专业教学建设实践制定，其内容重难点与国内大学机械类教学要求相配套，篇章结构符合实验课程基本设置，并与时俱进加入了新型测试仪器和实验方法。

Preface
Chapter 1 Introduction 1
1.1 Basic Concepts of Measurement Technology 3
1.2 Contact Measurement Technology 6
1.3 Non-Contact Measurement Technology 7
1.4 Commonly Used Instrumentations 8
1.4.1 Multimeter 8
1.4.2 Oscilloscope 10
1.4.3 Signal Generator 11
1.4.4 DC Power Supply 12
1.4.5 Counters 13
1.4.6 Spectrum Analyzer 13
1.4.7 Thermostat Soldering Station 14
1.5 Data Acquisition Devices 15
1.6 Improving the Laboratory Report 17
1.7 Summary 20
Chapter 2 Static Calibration Experiment 21
2.1 Purposes of the Experiment 21
2.2 Laboratory Instruments and Equipment 22
2.3 Construction and Operating Principles 22
2.3.1 Load Rings 22
2.3.2 Piezoelectric Force Sensor 23
2.3.3 Charge Amplifier 27
2.4 Experimental Procedure 28
2.5 Experimental Data Processing 30
2.6 Lab Report Questions 34
2.7 Summary 36
Chapter 3 Vibration Measurement Experiment 37
3.1 Purposes of the Experiment 38
3.2 Laboratory Instruments and Equipment 39
3.3 Construction and Operating Principles 39
3.3.1 Data Acquisition System 39
3.3.2 Nyquist-Shannon Sampling Theorem 40
3.3.3 Description of the Vibration Signal 41
3.3.4 Virtual Instrument 44
3.3.5 Vibration Velocity Sensor 47
3.3.6 Conveyor Bench 49
3.4 Experimental Procedure 49
3.5 Experimental Data Processing 50
3.6 Lab Report Questions 51
3.7 Summary 53
Chapter 4 Dynamic Characteristic Experiment 54
4.1 Purposes of the Experiment 54
4.2 Laboratory Instruments and Equipment 55
4.3 Construction and Operating Principles 55
4.3.1 Light-Beam Oscillograph 55
4.3.2 Mathematical Model of the Galvanometer 59
4.3.3 Signal Generator 63
4.4 Experimental Procedure 64
4.5 Experimental Data Processing 67
4.6 Lab Report Questions 68
4.7 Summary 69
Chapter 5 Correlation Analysis Experiment 70
5.1 Purposes of the Experiment 70
5.2 Laboratory Instruments and Equipment 71
5.3 Construction and Operating Principles 71
5.3.1 Autocorrelation and Cross-Correlation Function 71
5.3.2 Frequency Detector 72
5.3.3 Detection Principle 73
5.3.4 Correlation Filtering Principle 75
5.3.5 Electronic Oscilloscope 76
5.4 Experimental Procedure 79
5.5 Experimental Data Processing 81
5.6 Lab Report Questions 84
5.7 Summary 84
Chapter 6 Strain Measurement Experiment 85
6.1 Purposes of the Experiment 85
6.2 Laboratory Instruments and Equipment 86
6.3 Construction and Operating Principles 86
6.3.1 Stress and Strain 86
6.3.2 Strain Gauges 88
6.3.3 DC Bridge Circuit 90
6.3.4 Quarter/Half/Full-Bridge Strain Gauge Circuit 91
6.3.5 Unbalanced and Balanced Bridge Circuit 94
6.4 The Bonding of Strain Gauges 96
6.5 Experimental Procedure 99
6.6 Experimental Data Processing 101
6.7 Lab Report Questions 103
6.8 Summary 104
Chapter 7 Independent Innovation Experiment 105
7.1 Purposes of the Experiment 106
7.2 Laboratory Instruments and Sensors 106
7.3 Experimental Hardware Designs 107
7.3.1 Temperature Measurement 108
7.3.2 Pressure Measurement 113
7.3.3 Displacement Measurement 119
7.3.4 Paperless Chart Recorder 125
7.3.5 Signal Conditioning Module 128
7.3.6 Serial Interface 129
7.3.7 USB3104A DAQ Device 130
7.4 LabVIEW Programming Fundamentals 136
7.4.1 Introduction to LabVIEW Programming 136
7.4.2 AI-VI Programming 136
7.4.3 AO-VI Programming 141
7.4.4 DI/DO-VI Programming 144
7.5 Lab Report Questions 147
7.6 Summary 147
References 149
Index 151