Non Destructive Testing Techniques 1st Edition by Ravi Prakash ISBN 1906574065 978-1906574062

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Product details: 

ISBN 10:1906574065 

ISBN 13:978-1906574062

Author:Ravi Prakash

This book caters to the needs of students taking courses in Nondestructive Testing Techniques all over the world.

Besides serving the primary purpose of providing a textbook on the subject, it also provides a much-needed reference to various engineers and research scientists that use Nondestructive Testing Techniques for inspection purposes or for material behavioral research studies. Persons working in the area of nondestructive testing in large fabrication industries, chemical and nuclear industries, aerospace and transportation will also find the book useful.

The subject has been introduced in a very lucid way. It provides a comprehensive view of Ultrasonic Testing, Eddy-Current Testing, Magnetic Particle Flaw Detection, Liquid Penetrant Inspection, X-Radiography, and Acoustic Emission Testing and Acousto-Ultrasonic Testing.

Table of contents: 

introduction
definition of non-destructive testing
need for ndt techniques and its applications
types of ndt techniques
benefits from non-destructive testing
nature of flaws
various steps involved in non-destructive testing
uses of ndt techniques for applications other than flaw detection
concluding remarks

ultrasonic testing
introduction
frequency of ultrasonic waves
generation of ultrasonic waves
piezo-electric materials for ultrasonic transducers
different kinds of ultrasonic transducers
types of ultrasonic waves
acoustic impedance and the need for coupling medium
reflection, refraction and scattering of ultrasonic beams
ultrasonic attenuation
working of ultrasonic flaw detectors
industrial applications
pulse-echo and through transmission testing
scanner assemblies for transmission and pulse-echo techniques
types of scan
shear wave applications
surface wave applications
typical indications
test blocks and evaluating flaw size
resonance technique
use of ultrasonics for thickness measurement
a few applications of ultrasonics in medical sciences
determination of grain size using ultrasonics

eddy-current testing
electrical properties of carbon fibre reinforced plastics
principle of eddy-current testing
application of eddy-current testing
eddy-current path
eddy-current coils/probes
edge-effect
recent trends in eddy-current testing
high frequency eddy-current test
electrical analogue of eddy-current test
theoretical analysis of eddy-current circuit
fibre volume fraction measurement by eddy-current technique
determination of lay-up order in cross-plied cfrp laminates
conclusion and future potential

magnetic particle flaw detection
principle of magnetic flaw detection
types and methods of magnetisation
magnetic particles
dry and wet methods of magnetic particle inspection
use of fluorescent coated magnetic particles
industrial applications
working of a few commercially available magnetic crack detectors
flaw detection in rods and pipes
flaw detection in a short workpiece
precautions
limitations
residual magnetism
need for demagnetisation
relevant and non-relevant indications
physical properties determination
research techniques using magnetic particle method

liquid penetrant inspection
historical background
oil and chalk-dust method
principle of liquid penetrant method
inspection technique
commercially available dye-penetrant inspection kits
industrial applications
precautions and limitations
test blocks
fluorescent penetrant testing
detection of through leaks
typical indications associated with liquid penetrant testing and their interpretations

x-radiography
introduction
properties and production of x-rays
working principle of x-radiography
various methods for detecting modulated intensity of x-rays beam
applications of x-radiographic technique
safety aspects related to x-radiographic testing
concluding remarks

acoustic emission testing and acousto-ultrasonic testing
introduction
need for detecting equipment
historical background
basic principle of acoustic emission testing technique
empirical relationships associated with acoustic emission technique
acoustic emission response from ductile and brittle materials
applications of acoustic emission technique
acoustic emission instrumentation/equipment
acousto-ultrasonic technique

miscellaneous ndt methods
visual inspection and optical techniques
pressure and leak testing
resistance strain gauge
brittle coatings
spot test
spark testing
sulphur printing
thermal methods
electrical methods
dynamic testing
spectrochemical analysis
thickness measurement using beta gauge and beta backscatter gauge

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Tags: Ravi Prakash, Destructive, Testing, Techniques