書名：Instrumentation, Measurement and Analysis 4/e 作者：NAKRA 出版社：McGraw-Hill 出版日期：2017/00/00 ISBN：9789385880629 內容簡介 The basic structure of fourth edition encompasses three basic sections namely, instrumentation principles, measurement techniques and data analysis. These sections have been presented in the form which is lucid and easily comprehensible to the students. In fact, it covers comprehensively the syllabi of most courses in instrumentation/experimental methods for various undergraduate and postgraduate disciplines comprising these three aspects Salient Features A new chapter on Mechatronics and Applications Content redesigned around outcome based learning Emphasis on the measurement standards and calibration methods Inclusion of special topics on current applications in the area of condition monitoring and signature analysis in machines, in process measurements, biomedical and environmental air pollution measurements. 目錄 Part 1 Introduction 1. Introduction to Instruments and Their Representation 2. Static Performance Characteristics of Instruments 3. Dynamic Characteristics of Instruments 4. Transducer Elements 5. Intermediate Elements 6. Indicating, Recording and Display Elements Part 2 Measurements, Methods and Applications 7. Motion and Vibration Measurements 8. Dimensional Metrology 9. Force Measurement 10. Torque and Power Measurements 11. Pressure Measurement 12.1 Temperature Scales 13. Flow Measurement 14. Acoustics Measurement 15. Signal and Systems Analysis 16. Condition Monitoring and Signature Analysis Applications 17. Miscellaneous Instruments in Industrial, Biomedical and Environmental Applications 18. Recent Developments in Instrumentation and Measurements 19. Control Engineering Applications 20. Computer-Aided Measurements9 21. Mechatronics and Applications 22. Electrical Measurements Part 3 Data Analysis 23. Basic Statistical Concepts 24. Normal Distribution Review Questions Answers Appendices Appendix A-1 Fundamental and Derived Quantities in International System of Units Appendix A-2 Derivation of Solution for Step Response of Second-Order System Appendix A-3 Principal Strain and Stress Relations Bibliography Index