IBIS Handbook of nanoindentation
Handy size, with 60
pages packed with essential information for the nanoindentation
professional. Suitable for students and professors alike, this book
contains all the essential formulae, background theory, and example
applications for nanoindentation testing. Basic mechanics, contact
theory, nanoindentation analysis, fracture, scratch and step height
testing, interpretation of results, hints and tips. This book will
be a constant source of help and assistance in getting the best from
your nanoindentation testing procedures no matter what instrument
you are using.  2.5 MB PDF
The Handbook is provided
free of charge,
but it is copyrighted material.
You may download, print and reproduce this handbook in
unaltered form only for your personal, non-commercial use. Apart
from any use as permitted under the Copyright Act 1968, all
other rights are reserved.
If you download this Handbook and find it useful, then let us
know at
mail@ibisonline.com.au
Part 1. Theory of Nanoindentation 1.1 Mechanical Properties of Materials (Stress and strain, combined stresses, elasticity, Poisson's ratio, plastic deformation, fracture mechanics, visco-elasticity). 1.2 Contact Mechanics (Hertzian contact, spherical indenter, conical indenter, other indenters, contact stiffness, Hertzian fracture, plastic zone, constraint factor, hardness testing). 1.3 Theoretical Analysis (Load-displacement curve, theoretical analysis, Oliver and Pharr method, Field and Swain method, indenter or arbitrary shape, energy method, theoretical modelling, finite element analysis, creep, dynamic nanoindentation, multiple-frequency nanoindentation, residual stress). Part 2. Practical Aspects of Nanoindentation 2.1 Nanoindentation Testing (Specimen preparation, indenters, nanoindentation testing, 10% rule, step-height, scratch testing, fracture mechanics). 2.2 Applying Corrections (Thermal drift, contact determination, instrument compliance, indenter shape correction, piling-up). 2.3 Analysing the Data (Fitting the unloading curve, image analysis, nanoindentation results, do's and don’t's). Part 3. More Information 3.1 Books 3.2 Literature 3.3 Advertisement published by Fischer-Cripps Laboratories Pty Ltd
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