MAM5320 - VISCOUS FLOW AND RHEOLOGY 2

Module Identifier

MAM5320

Module Title

VISCOUS FLOW AND RHEOLOGY 2

Academic Year

2003/2004

Co-ordinator

Dr David M Binding

Semester

Intended for use in future years

Next year offered

N/A

Next semester offered

N/A

Pre-Requisite

MA34310

Course delivery

Lecture

20 x 1hour lectures

Seminars / Tutorials

7 x 1hour seminars

Assessment

Assessment Type	Assessment Length/Details	Proportion
Semester Exam	2 Hours (written examination)	100%
Supplementary Assessment	2 Hours (written examination)	100%

Learning outcomes

On completion of this module, a student should be able to:

apply approximate techniques, like those associated with boundary-layers and lubrication, to the solution of flow problems;
explain the theory of the Science of Flight;
derive Hooke''s Law and apply it to problems in Solid Mechanics;
describe the concept of viscoelasticity and the industrial applications in which it arises.

Brief description

This module continues the study of Newtonian fluid mechanics begun in MA34310. It also includes introductions to the theories of solid mechanics and Rheology.

Aims

To continue the study of Newtonian Fluid Mechanics by discussing Boundary-layer Theory and Lubrication Theory. To show the subtle differences when Solid Mechanics is considered. Finally, to introduce the student to the very difficult but important concepts of viscoelasticity.

Content

1. CONTINUATION OF NEWTONIAN FLUID MECHANICS: Including an introduction to Lubrication Theory and the Science of Flight.
2. INTRODUCTION TO SOLID MECHANICS: Including the derivation of Hooke's Law.
3. GENERAL RHEOLOGY: Including a detailed consideration of viscoelasticity. Industrial applications.

Reading Lists

Books
** Recommended Text
H A Barnes, J F Hutton & K Walters (1989) Introduction to Rheology Elsevier 0444871403
** Supplementary Text
D V Boger & K Walters (1993) Rheology Phenomena in Focus Elsevier 044489473X
R I Tanner & K Walters (1998) Rheology: an historical perspective Elsevier 0444829458

Notes

This module is at CQFW Level 7