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『簡體書』工程测试技术基础(英文版)

書城自編碼: 3721207
分類: 簡體書→大陸圖書→教材研究生/本科/专科教材
作者: 何岭松,冯搏
國際書號(ISBN): 9787568077439
出版社: 华中科技大学出版社
出版日期: 2022-02-01

頁數/字數: /
書度/開本: 16开 釘裝: 平装

售價:NT$ 296

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編輯推薦:
1、本书作者为*教学名师,屡次应邀在机械课程论坛及各类教学改革会议上交流,在高教改革领域具有广泛的影响力;2、本书为国际化课程“工程测试技术基础”配套教材,汇集了作者多年开设“Fundamentals of Measurement and Signal Processing(工程测试技术基础)\课程教学经验,符合国际化教学需要。
內容簡介:
工程测试技术是机械专业的专业基础课,内容涉及工业自动化、机器人、人工智能、楼宇控制、交通运输等领域中常见物理量(温度、光、声音、压力、振动位移等)的传感器测量原理和波形分析、频谱分析等测量信号分析方法,还包括计算机化测量系统构成原理、Matlab信号分析程序编程实践和Arduino传感器测量应用实践。本书为“Fundamentals of Measurement and Signal Processing(工程测试技术基础)\课程的教材,可作为机械类专业国际生以及参与“工程测试技术基础”国际化课程学习的学生的教材。
關於作者:
何岭松(He lingsong,Professor),1983年毕业于西南交通大学机械制造专业。1983.9-1986.7在成都科技大学读研究生,获硕士学位。1986.7-1991.7在云南工业学院机械系任教。1991.9-1993.11在华中理工大学读博士研究生,获博士学位。1994.3-1996.9在华中理工大学电子学与通信站做博士后。1996年博士后出站后留校工作,1996年聘为副教授,2001年聘为教授。先后在香港城市大学、新加坡EC-ASIA公司、美国奥本大学和意大利博洛尼亚大学做访问学者。 教学方面,主要从事测试技术和数字信号处理课程教学工作。主持国家精品课程2门,开发的DRVI测试技术实验教学平台已在国内300多所大学应用。作为第*完成人获国家教学成果二等奖1项和湖北省教学成果一等奖、二等奖各1项,2011年获国家高等学校教学名师奖,2017年获湖北省“师德先进个人”。 科研方面,主要从事计算机虚拟仪器和手机化仪器研究工作,提出浏览器架构的可重构虚拟仪器理论和应用技术。主持了国家自然科学基金项目、863计划项目和国家科技攻关项目等多项*项目。获专利和软件著作权10余项,发表论文40多篇。
目錄
Introduction(1)
0.1Definition of Measurement Technology(1)
0.2Engineering Applications of Measurement Technology(6)
0.3Developing Trends of Measurement Technology(15)
0.4Main Manufacturers of Sensors and Measurement Instruments(18)
Exercise(19)
Part ⅠSignal Processing
Chapter 1Waveform Analysis of Signal(23)
1.1Classification of Signals(23)
1.2Sampling Theorem(31)
1.3Standard Functions in Signal Analysis(41)
1.4Generation of Standard Functions(47)
1.5Waveform Analysis of Signal(51)
Exercise(54)
Chapter 2Frequency Domain Analysis(56)
2.1Concept of Frequency Domain Analysis(56)
2.2Fourier Series Representation of Periodic Signals(61)
2.3Fourier Transform of Aperiodic Signal(74)
2.4Fourier Transform of Typical Signal(76)
2.5Properties of Fourier Transform(82)
2.6Fourier Transform for Discretetime Signal(84)
2.7Error Analysis in FFT(101)
2.8Applications of Frequency Domain Analysis(108)
Exercise(110)
Chapter 3Amplitude Domain Analysis(112)
3.1Probability Density Function and Histogram(112)
3.2Cumulative Distribution Function(117)
3.3Engineering Applications of Amplitude Domain Analysis(121)
Exercise(124)
Chapter 4Correlation Analysis of Signals(125)
4.1Concepts of Correlation Analysis(125)
4.2Properties of the Correlation Function(128)
4.3Calculation of Correlation(132)
4.4Engineering Applications of Correlation Analysis(135)
Exercise(138)
Chapter 5Timefrequency Domain Analysis(140)
5.1Motivations of Timefrequency Domain Analysis(140)
5.2Shorttime Fourier Transform(143)
5.3Wavelet Transform(148)
Exercise(155)
Chapter 6Digital Filtering(156)
6.1Concepts of Filtering(156)
6.2Filtering in Frequency Domain(164)
6.3Time Domain Filtering and Ztransform(169)
6.4Finite Impulse Response (FIR) Filter(173)
6.5Infinite Impulse Response (IIR) Filter(175)
Exercise(176)
Part ⅡSensor Technology and Measurement System
Chapter 7Principles of Sensors(181)
7.1Overview of Sensor Technology(181)
7.2Resistive Sensors(184)
7.3Inductive Sensor(200)
7.4Capacitive Sensor(210)
7.5Magnetoelectric Transducer(214)
7.6Piezoelectric Transducer(218)
7.7Hall Sensor(226)
7.8Photovoltaic Transducer(229)
7.9Image Sensor(232)
7.10Thermocouple(235)
7.11Fiberoptic Sensor(241)
7.12Grating Sensor(244)
7.13Biosensor(246)
7.14Selection of Sensors(250)
Exercise(252)
Chapter 8Signal Conditioning Techniques(255)
8.1Overview of Signal Conditioning(255)
8.2Analog Amplifier and Operator(256)
8.3Bridge Circuit(264)
8.4Analog Filter(270)
8.5Modulation and Demodulation(278)
Exercise(288)
Chapter 9Characteristics of Measurement System(290)
9.1Overview of Measurement System(290)
9.2Static Characteristics of Measurement System(290)
9.3Dynamic Characteristics of Measurement System(292)
9.4Characteristics of Typical Linear Measurement Systems(297)
Exercise(301)
Chapter 10Computerized Measurement System(304)
10.1Overview of Computerized Measurement System(304)
10.2Development of Measurement Instrument(306)
10.3Computerized Measurement Instrument(307)
Exercise(320)
Reference(321)
內容試閱
Measurement technology has a wide range of applications in various fields of industrial production and scientific research. With the rapid development of science and technology, we are heading towards an era of information and intelligence, in which measurement technology plays an important role. Especially, in recent years, with the progress in 5G technology, emerging fields such as the Internet of Things (IoT), smart manufacturing, big data, unmanned driving, smart robots, and virtual reality (VR) have developed rapidly. In those fields, measurement technology is the fundamental basis.Many universities in China have successively introduced the course “Measurement Technology” since the 1980s, especially for students majored in mechanics and instrumentation. From many years’ teaching experience, the authors found that many students have difficulties to connect abstract physical concepts with engineering practice, and lack the ability to solve practical engineering problems by using measurement technology flexibly. The publish of this textbook is motivated by highlighting and strengthening the engineering practice and innovation ability of college students.Therefore,the authors wrote this textbook of Fundamentals of Measurement and Signal Processing according to the national textbook publication plan of China. To make students better understand and apply the theories, the authors add many MATLAB examples, such as the generation of standard signals and the spectrum analysis of audio signals in the signal processing part, and many Arduino examples, such as temperature measuring and ultrasonic ranging to show the applications of sensors. This is a textbook with lots of reforms in content and organization, thus it is suitable for training excellent engineers.In the beginning of this textbook, there is a chapter introducing the fundamental concepts of measurement technology and its developing trend. The following chapters are divided into two part. The first part, which includes 6 chapters, introduces the signal process techniques. Chapter 1 introduces the classifications of signals, sampling of signals and classical waveform analysis methods; Chapter 2 introduces the frequency domain analysis methods; Chapter 3 introduces amplitude domain analysis methods; Chapter 4 introduces the correlation analysis methods; Chapter 5 introduces the timefrequency domain analysis methods; Chapter 6 introduces the digital signal filtering. The second part, which includes 4 chapters, mainly introduces the sensor technology and fundamentals of measurement system. Chapter 7 introduces the principles, classifications, and applications of sensors; Chapter 8 introduces the signal conditioning methods for analog signals; Chapter 9 introduces the characteristics of measurement systems; Chapter 10 introduces the principles, composition and developing trend of computerized measurement system.The theoretical part of this textbook is clearly organized along the main line of the measurement process; the application part lists a large number of examples, which come from scientific research and production practice. Particularly, this textbook absorbs the cutting edge theories and research results. Therefore, this textbook is not only suitable for teaching and selfstudy, but also for engineering and technical personnel in scientific research and design . This book can be used as a textbook for students majored in mechanical design and automation, as well as textbook for other nonmechanical majors. It can also be used as a reference book for technical personnel in enterprises and scientific research units.Students who use this textbook can also find free video lectures on https://www.xuetangx.com/ by searching “Fundamentals of Measurement and Signal Processing”. The video lectures in Chinese are also available on https://www.icourse163.org/.This textbook is written and edited by HeLingsong, Feng Bo, Liao Guanglan and Liu Zhiyong from Huazhong University of Science and Technology. Some figures in the textbook are edited by PhD and Master students of the authors’ research group, they are: Liu Xingyue, Ye Haibo, Zhang Xuning, He Chunhua, Han Jinghui, Yang Shiyuan and Xiong Meiming.In the process of writing this textbook,we referred a large number of textbooks and treatises related to measurement technology. We would like to express our sincere gratitude to the authors of those textbooks and treatises. At the same time, due to the continuous development of measurement technology, the teaching of this course is still undergoing continuous reform and development. Due to the limited time and ability of the authors, errors and omissions are inevitable in the textbook. Readers are encouraged to send us feedback about the errors and omissions.

 

 

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