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Aix-Marseille University - Rheology basics 2014 pdf

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Aix-Marseille University - Rheology basics 2014 pdf

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Name:Aix-Marseille University - Rheology basics 2014 pdf

Infohash: 0EE98CC8E1DC37D7577F05990F872BEC8E042339

Total Size: 1.93 MB

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Last Updated: 2015-03-12 00:19:04 (Update Now)

Torrent added: 2014-10-01 19:34:25






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These are notes for a course of basic Rheology. The text is in English but with some words translated to French since it was originally targeted to Polymers Science students of Aix-Marseille University. As the title says, equations and theoretical models are reduced to the bare minimum, in the attempt to help the reader to understand as much as possible the Physics behind rheological measurements.

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Table of contents


Basics of Rheology
1.1 Stress and strain. Definitions and measurement in a rheological test
1.2 The Hookean response or the ideal elastic solid: simple deformation.
1.3 The Newtonian response or the ideal viscous fluid: simple flow.
1.4 Models and Greek letters

Flow characterisation
2.1 Flow curves – the non ideal behaviour of viscous materials
2.2 Dependence of viscosity on polymer molecular weight
2.3 Shear and extensional viscosity

Creep analysis
3.1 What is creep?
3.2 Principle of operation of a creep test
3.3 Time scales and the Deborah Number
3.4 Linear amorphous polymers creep: time is money, temperature is time
3.5 Zero shear viscosity: measurement by creep test

Viscoelastic oscillatory characterisation
4.1 Linear viscoelastic region
4.2 Definition of elastic and viscous components
4.3 The complex modulus, G\' and G”
4.4 Frequency sweeps and mechanical spectroscopy
4.5 Time, frequency, stress/strain... where to begin?
4.5.1 Amplitude sweep: we vary stress or strain at a constant frequency
4.5.2 Time sweep: running a test at constant frequency and amplitude for a given time
4.5.2 Let\'s order the above considerations with a flow chart
4.6 Oscillatory temperature sweeps
4.7 Dynamic Mechanical Analysis

4.9 A final note

4.10 References / Further reading

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