Engineering metrology and measurements 1st Edition by Raghavendra, Krishnamurthy 1680152807 9781680152807
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Product details:
ISBN 10: 1680152807
ISBN 13: 9781680152807
Author: N. V. Raghavendra, L. Krishnamurthy
Engineering Metrology and Measurements is a textbook designed for students of mechanical, production and allied disciplines to facilitate learning of various shop-floor measurement techniques and also understand the basics of mechanical measurements.
Table of contents:
1. Linear and Angular Measurements
1.1 Standards of Measurements
1.2 Line and End Standards
1.3 Slip Gauges
1.4 Measurement of Angle
1.5 Angle Gauges
1.6 Comparators
2. Limits, Fits and Tolerances
2.1 Introduction
2.2 Interchangeability
2.3 Tolerance
2.4 Fits
2.5 Indian Standard System of Limits and Fits
2.6 Limit Gauges
3. Comparators
3.1 Introduction
3.2 Classification
3.3 Working Principle
3.4 Mechanical, Electrical, Electronic and Pneumatic Comparators
3.5 Advantages and Limitations
4. Angular Measurement
4.1 Introduction
4.2 Bevel Protractor
4.3 Sine Bar and Rollers
4.4 Angle Gauges
4.5 Autocollimator
4.6 Angle Dekkor
5. Measurement of Straightness, Flatness and Squareness
5.1 Definitions
5.2 Measurement Techniques
5.3 Instruments Used
5.4 Interpretation of Results
6. Surface Finish
6.1 Introduction to Surface Texture
6.2 Parameters of Surface Roughness
6.3 Stylus Method of Measurement
6.4 Non-Contact Methods
6.5 Applications and Standards
7. Screw Thread Measurement
7.1 Thread Terminology
7.2 Measurement of Major, Minor, and Effective Diameter
7.3 Thread Gauges
7.4 Three-Wire Method
8. Gear Measurement
8.1 Gear Terminology
8.2 Measurement of Pitch, Tooth Thickness, and Runout
8.3 Gear Tooth Vernier
8.4 Involute Checking
9. Measurement of Machine Tool Alignment
9.1 Importance of Alignment Tests
9.2 Test Methods for Lathe, Milling, and Drilling Machines
9.3 Instruments Used
9.4 Alignment Report Interpretation
10. Measurement of Surface Roughness
10.1 Roughness and Waviness
10.2 Profilometer
10.3 Talysurf
10.4 Surface Texture Standards
11. Measurement of Straightness and Flatness
11.1 Definitions and Concepts
11.2 Measurement by Autocollimator and Straight Edge
11.3 Interferometry Methods
11.4 Flatness Testing with Optical Flats
12. Interferometry
12.1 Principle of Interference
12.2 Types of Interferometers (NPL, Laser)
12.3 Fringe Interpretation
12.4 Applications in Precision Metrology
13. Coordinate Measuring Machines (CMM)
13.1 Structure and Components
13.2 Types of CMMs
13.3 Probes and Measuring Systems
13.4 Accuracy and Applications
14. Metrology of Surfaces and Forms
14.1 Form Errors (Roundness, Cylindricity)
14.2 Measurement Techniques
14.3 Roundness Measuring Instruments
14.4 Use of Profile Projectors
15. Recent Advances in Metrology
15.1 Non-Contact Measurement Techniques
15.2 Laser-Based Systems
15.3 Machine Vision in Metrology
15.4 Role of AI and Automation
16. Measuring Machines
16.1 Universal Measuring Machine
16.2 Toolmaker’s Microscope
16.3 Profile Projector
16.4 Optical Flats
16.5 Measuring Microscopes
17. Laser Metrology
17.1 Introduction to Laser Technology
17.2 Principle of Laser Interferometry
17.3 Applications in Length and Angle Measurement
17.4 Laser Alignment Techniques
17.5 Advantages and Limitations
18. Computer-Aided Inspection (CAI)
18.1 Introduction to CAI
18.2 Role of CAD/CAM in Metrology
18.3 Integration of CMM with CAI
18.4 Reverse Engineering
18.5 Digital Inspection Systems
19. Statistical Quality Control (SQC)
19.1 Introduction to Quality Concepts
19.2 Control Charts for Variables and Attributes
19.3 Process Capability Analysis
19.4 Sampling Plans
19.5 Role of SQC in Metrology
20. Measurement Uncertainty and Calibration
20.1 Sources of Measurement Errors
20.2 Systematic and Random Errors
20.3 Calibration Methods
20.4 Uncertainty Estimation
20.5 Traceability and Standards
Appendices
A. Units and Conversion Factors
B. Indian and International Standards
C. Symbols and Abbreviations
D. Sample Calculations and Tables
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Tags: Raghavendra, Krishnamurthy, Engineering, metrology