智能结构装置及结构电子系统设计

《智能结构装置及结构电子系统设计》是2012年哈尔滨工业大学出版社出版的图书，作者是邹鸿生。

• 书名 智能结构装置及结构电子系统设计
• 作者 邹鸿生
• ISBN 9787560333649
• 页数 237
• 定价 42.80元

内容简介

　　《智能结构、装置及结构电子系统设计》旨在培养学生的多学科交叉创新设计能力，突出了理论性、设计性和实践性的协调统一。《智能结构、装置及结构电子系统设计》共分9章，系统地介绍了智能结构、装置和结构电子系统设计夜功头事县青的基础理论、设计方法和设计准则。来自同时基于大量专利，着重阐述了智能结构、装置和系统在不同工程技术领域的应用特点和设计实例。

目录

　　C360百科HAPTER 1 INTRODUCTION TO SMAR地酒团委士危果屋T MATERIALS/1

　　1.1 PIEZOELECTRIC MATERIALS/2

　　1.2 SHAPE MEMORY MATERIALS述四计里范体宁/4

　　1.3 ELECTROSTRICTIVE MATERIA风你清按引里把够晚令欢LS/7

　　1.4 MAGNETOSTRICTIVE MATERIALS/8

　　1谈诗.5 ELECTRO-AND MAGNETO-RHEOLOGICAL FLUIDS/9

　　1.6 POLYELECTROLYTE GELS/11

　　1.7 PYROELECTRIC 风料时们MATERIALS/12

　　1.8 OPTO-ELECTRO/MAGNETO MATERIALS/13

　　1.8.1 Photostrict顺答区ive Materials/13

　　1.8.2 Ph冲却奏油otoferroelect或例据来天扩径称明ric Material态s/15

　　1.8.诉木武势检饭红乡女角3 Magneto-optical Materi助容喜吸外括拉广划als/16

　　1.9 SUMMARY/17

　　REFERENCES/19

　　CHAPTER 2 PIEZ艺能星科笔喜OELECTRIC MAT落界开协年古样令ERIALS AND DEVICES/27

　　2.1 PIEZOELECTRIC CONTINUA/阿分清左房歌况28

　　2.1.1 Distributed Sensing and Vibration Controls/29

　　2.1.2 Remarks/30

　　2.2 MULTIPURPOSE SENSORS/31

　　降色烟家查似是亲2.2.1 A Multipu以积马果以盟少岩rpose Tactile/Acceleration Sensor System/31

　　2.2.2 Piezoelectricity in a Thick P任年抓滑五福案市景olymeric PVDF Flat/32

　　2.2.3 Tactile Response of Polymeric PVDF/34

　　2.2.4 Design of Polymeric PVDF Tactile Sensors/34

　　2.2.5 Modeling of the Polymeric Piezoelectric PVDF Sensor/35

　　2.2.6 Damping Estimation/38

　　2.2.7 Experimentation/38

　　2.2.8 Results and Disscusions/40

　　2.2.9 Summary/45

　　2.3 HIGH-PRECISION MICRO-ACTUATION/45

　　2.3.1 A Piezoelectric Bimorph Micro-displacement Actuator/45

　　2.3.2 Design Concept/47

　　2.3.3 Piezoelectric Bimorph Theory/47

　　2.3.4 Finite Element Development/50

　　2.3.5 Laboratory Experiments/53

　　2.3.6 Results and Discussions/53

　　2.3.7 Summary/55

　　2.4 DUAL-PURPOSE MICRO-ISOLATOR/EXCITER/56

　　2.4.1 Theoretical Formulation/57

　　2.4.2 Piezoelectric Exciter/59

　　2.4.3 Active Vibration Isolation/60

　　2.5 EXPERIMENTAL VALIDATION--PROTOTYPE MODEL 761

　　2.5.1 Piezoelectric Exciter/61

　　2.5.2 Results and Discussions/62

　　2.5.3 Summary/64

　　REFERENCES/65

　　APPENDIX: EXPERIMENTAL AND THEORETICAL DATA/71

　　CHAPTER 3 SHAPE MEMORY MATERIALS AND DEVICES/72

　　3.1 BACKGROUND AND FUNDAMENTAL CONCEFFS/72

　　3.1.1 Characteristics of Shape Memory Materials/72

　　3.1.2 Crystal Transformation/73

　　3.1.3 Shape Memory Effect/73

　　3.1.4 Detailed Electro-thermo-elastic Behavior/74

　　3.2 DEVICES USING SHAPE MEMORY ALLOYS/75

　　3.2.1 Automotive Applications/76

　　3.2.2 Aerospace and Aviation/77

　　3.2.3 Mechanical Devices/78

　　3.2.4 Medical Applications/79

　　3.2.5 Bioengineering/81

　　3.2.6 Common Household/81

　　3.2.7 Robotics/82

　　3.2.8 Electronics/83

　　3.2.9 Consumer Products/83

　　3.2.10 Developing Application Guidelines/84

　　3.2.11 Limitations of SMA's/85

　　3.3 NEW APPLICATIONS/85

　　3.3.1 Shape Memory Alloys in "Fun" Applications/86

　　3.3.2 Future Applieations/87

　　3.3.3 Summary/88

　　REFERENCES/88

　　CHAPTER 4 ELECTROSTRICTIVE MATERIALS AND DEVICES/90

　　4.1 ELECTROSTR1CTION OF MATERIAL/90

　　4.2 COMPARISON BETWEEN ELECTROSTRICS AND PIEZOELECTRICS/93

　　4.3 MANUFACTURING TECHNIQUE/94

　　4.4 APPLICATIONS OF ELECTROSTRICTIVE MATERIALS/97

　　4.4.1 Actuators/97

　　4.4.2 Ultrasonic Applications/103

　　4.4.3 Capacitors/104

　　4.4.4 Discussions/106

　　4.4.5 New Horizons/107

　　4.5 SUMMARY/108

　　REFERENCES/109

　　CHAPTER 5 MAGNETOSTRICTIVE MATERIALS AND DEVICES/110

　　5.1 MAGNETOSTRICTIVE PROPERTIES/110

　　5.2 MAGNETOSTRICTIVE DEVICES/11l

　　5.2.1 Magnetostrictive Core Line Hydrophone/111

　　5.2.2 Rare Earth Flextensional Transducer/112

　　5.2.3 Magnetostrictive Alloys for Hydraulic Valve Control/113

　　5.2.4 Magnetostrictive Linear Displacement Transducer/113

　　5.2.5 Spherical Membrane Omnidirectional Loudspeaker/114

　　5.2.6 Self-biased Modular Magnetostrictive Driver and Transducer/115

　　5.2.7 Magnetostrictive Roller Drive Motor/116

　　5.2.8 Low Frequency Sound Transducer/117

　　5.2.9 Giant Magnetostrictive Alloy (GMA)/118

　　5.2.10 Temposonics-II Magnetostrictive Sensor/119

　　5.2.11 Magnetostrictive Clamp/120

　　5.2.12 Magnetostrictive Transducer for Logging Tool/121

　　5.3 APPLICATIONS/122

　　5.3.1 Actuators/122

　　5.3.2 Magnetostrictive Linear Displacement Transducer/123

　　5.3.3 High Pressure Pump/124

　　5.3.4 Magnetostrictive Shaker/125

　　5.3.5 Antivibration Systems/125

　　5.3.6 Linear Motors/125

　　5.3.7 Underwater Communication Equipment/126

　　5.3.8 Liquid Level Sensor/126

　　5.3.9 Rotational Vibration Sensor/127

　　5.3.10 Laves Phase Sensor/127

　　5.3.11 Human Spinal Monitoring Sensor/128

　　5.3.12 Human Body Sensor/128

　　5.4 SUMMARY/128

　　REFERENCES/130

　　CHAPTER 6 ER AND MR FLUIDS WITH DEVICES/132

　　6.1 PROPERTIES OF ER FLUID/132

　　6.2 APPLICATIONS OF ER FLUID/133

　　6.2.1 Shock Absorbers/133

　　6.2.2 Car Suspension Systems/134

　　6.2.3 Engine Mounts/135

　　6.2.4 Clutches/136

　　6.2.5 Monotube Dampers/137

　　6.2.6 Artificial Limbs/138

　　6.2.7 Possible Future Uses/139

　　6.2.8 Summary/139

　　6.3 PROPERTIES OF MAGNETORHEOLOGICAL FLUID/139

　　6.4 APPLICATIONS OF MR FLUID/142

　　6.4.1 Shock Absorbers/142

　　6.4.2 Dampers and Engine Mounts/144

　　6.4.3 Brake System/145

　　6.4.4 Clutches and Couplings/145

　　6.4.5 Valves and Compression Seals/146

　　6.4.6 Motors and Pneumohydraulic Drives/146

　　6.4.7 Heat Transfer Control/146

　　6.5 DISCUSSIONS AND SUMMARY/147

　　REFERENCES/148

　　CHAPTER 7 POLYMERIC GELS AND DEVICES/149

　　7.1 CHARACTERISTICS OF POLYMERIC GELS/149

　　7.2 APPLICATIONS/151

　　7.2.1 Fiber Bundles for Artificial Muscles/151

　　7.2.2 Dimethylformamide and Dimethylsulphoxide Polymer Films/152

　　7.2.3 Interpolyelectrolyte Complexes (IPEC)/152

　　7.2.4 Ionic Polymeric Drug Delivery System/152

　　7.2.5 Artificial Cornea/153

　　7.2.6 Synthetic Scleral Reinforcement Materials for Surgical Use/154

　　7.2.7 Biomedical Polymers/155

　　7.2.8 Molecular Biosensor/155

　　7.2.9 Polymeric Membrane/156

　　7.2.10 Polymer Blends/157

　　7.2.11 Synthetic Polymeric Gels/157

　　7.2.12 Osmosis Polymeric Membrane/158

　　7.2.13 ETFE (Polyethylene Tetrafluoroethylene) Microporous Polymeric Membrane/158

　　7.2.14 Integrated Force Arrays (IFA)/159

　　7.2.15 Polypyrrole, Poly-N-methylpyrrole, Ply-5-carboxyindole and Polyaniline/160

　　7.2.16 Material : Polyaniline Film, Polyaniline-polyarbonate (PAn-PC) Film/160

　　7.2.17 Poly(vinyl alcohol)-poly(sodium acrylate) Composite Gel (PVA-PAA Gel)/162

　　7.3 DISCUSSIONS AND SUMMARY/164

　　REFERENCES/166

　　CHAPTER 8 PYROELECTRIC MATERIALS AND DEVICES/167

　　8.1 PYROELECTRICITY AND FUNDMENTAL THEORY/167

　　8.1.1 Pyroelectrieity/167

　　8.1.2 Theory/169

　　8.2 OPERATIONAL ASPECTS OF PYROELECTRICS/172

　　8.2.1 Materials/173

　　8.2.2 Infrared Ear Thermometer/174

　　8.2.3 Optical Wavegnides/175

　　8.2.4 Mieroehannel Anemometer/176

　　8.2.5 Determination of Directional Emissivity of Opaque Materials (300 - 600K)/177

　　8.2.6 Security/177

　　8.3 PYROELECTRIC APPLICATIONS/177

　　8.3.1 Sensors/178

　　8.3.2 Detectors/183

　　8.4 FUTURE APPLICATIONS OF PYROEI,ECTRIC MATERIALS/186

　　8.4.1 Biomedical/187

　　8.4.2 Military/187

　　8.4.3 Manufacturing/187

　　8.5 SUMMARY/187

　　REFERENCES/188

　　CHAPTER 9 PRECISION SENSOR SYSTEMS/190

　　9.1 DISPLACEMENT TRANSDUCERS/190

　　9.1.1 Potentiometric and Strain Gage Position Transducers/190

　　9.1.2 Strain Gage Displacement Transducers/193

　　9.1.3 Linear Variable Differential Transformer/194

　　9.1.4 Inductive Proximity Probe Displacement Measurement Systems/198

　　9.2 VELOCITY TRANSDUCERS AND SYSTEMS/200

　　9.2.1 Linear Velocity Transducers/200

　　9.2.2 Rotary Velocity Transducer/202

　　9.3 ACCELERATION TRANSDUCERS AND SYSTEMS/205

　　9.3.1 Strain Gage Aceelerometers/208

　　9.3.2 Piezoelectric Accelerometers/212

　　9.3.3 Charge Amplifier Signal Conditioning/216

　　9.3.4 Voltage Amplifier Signal Conditioning/218

　　9.4 FORCE AND TORQUE TRANSDUCERS/219

　　9.4.1 Strain Gage Load Cells/220

　　9.4.2 Column Member Load Cell/220

　　9.4.3 Cantilever Beam Load Cell/222

　　9.4.4 Ring Member Strain Gage Load Cell/223

　　9.5 TORQUE MEASUREMENT TRANSDUCERS/224

　　9.6 PRESSURE MEASUREMENT SYSTEMS/228

　　9.6.1 Strain Gage Transducers/230

　　9.6.2 Piezoelectric Pressure Transducers/231

　　9.6.3 Effect of Transmission Lines on Measurement of Pressure/231

　　9.6.4 Short Transmission Lines/232

　　9.6.5 Long Transmission Lines/233

　　APPENDICES/235

　　APX. 1 DEFINITIONS/235

　　APX. 2 LINEAR PIEZOELECTRICITY RELATIONS/235

　　APX. 3 ELASTIC, PIEZOELECTRIC AND DIELECTRIC RELATIONS/236