Excellence in Polymer Problem Solving
via Thermal-Mechanical Analysis
Authored by Dr. Yash P. Khanna. A comprehensive guide derived from decades of super-expertise in Polymer Analysis via DSC, TGA, TMA and DMA.
$295.00
Compelling Reason to Buy
The rationale for preparing this type of problem-solving guide is to help professionals involved in “Polymer/Plastics Analysis” where Thermal-Mechanical techniques play a vital role. Although there are numerous books and publications, it takes DECADES of experience to extract the most out of analytical techniques.
With the current state of the industry, professionals are constrained for time and resources, and the days of “SUPER-SPECIALISTS” are long gone. We are hopeful that the availability of this guide will reduce dependence on outside consultants and provide expertise that otherwise would take decades to acquire.
What You’ll Solve
A sneak peek at the 60+ real-world problems discussed.
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Q1
I am a polymer processing engineer working with various types of extrusion equipment. How can TGA help me in my manufacturing responsibilities? -
Q2
My plastic film/fiber is extremely moisture sensitive. How do I determine the dependence of its Tg from 0.0% H2O to equilibrium moisture uptake using DSC? -
Q3
The melting temperature of polyethylene crystal exhibits a wide range (85°C to 135°C). What is the one-basic mechanism responsible for changes in Tm? -
Q4
How can I separate the ‘Chemical’ basis of a polymer’s melting temperature (Tm) while capturing information on its ‘Physical-Processing History’? -
Q5
I work in the plastic film industry. Besides differentiating unoriented, uniaxial, and biaxially oriented films, can I determine dimensional stabilization temperature? -
Q6
Regarding Tg measurement by DSC, TMA and DMA, I understand each technique is different. How do you propose consolidating various techniques to provide a characteristic value?
Table of Contents
Chapter I: Fundamentals
Polymers Critical to Thermal-Mechanical Analysis-
Chapter II: Thermogravimetric Analysis (TGA)
Principle, Applications, Limitations & Best Operating Conditions.
10 Frequently Encountered Issues & Solutions -
Chapter III: Differential Scanning Calorimetry (DSC)
Glass Transition, Crystallization from Solid State, Melting Transition, Crystallization from Molten State.
32+ Frequently Encountered Issues & Solutions -
Chapter IV: ThermoMechanical Analysis (TMA)
Principle, Applications & Best Operating Conditions.
7 Frequently Encountered Issues & Solutions -
Chapter V: Dynamic Mechanical Analysis (DMA)
Understanding ViscoElasticity; the Basis of DMA.
10 Frequently Encountered Issues & Solutions