| Topic |
Slides |
|
| Vectors
and Tensors |
Lecture 1-3: 1-80 14Jan2015 |
Lecture 1: Intro Lecture 2: vectors, tensors, coord systems Lecture 3: linear vector function, curvilinear coords, del |
| Newtonian
Fluids; Intro to Polymer Flow Phenomena |
73-114 05Feb2014 Handout: all the gory details of switching from Newton's laws on a body to Newton's laws on a control volume (22 pages). |
Lecture 4, 5 derive NS and do flow
problem Lecture 6: Newtonian Constitutive equation and Standard Flows |
| Standard
Flows |
118-183 09Feb2014 |
Lecture 7: How to redsign const eqn? +Std Flows con'd |
| Exam 1 |
||
| Material
Functions |
Intro
to Material Functions 1 (shear-rate related) 184-218 09Feb2014 Material Functions 2 (strain related) 1-60 24Feb2014 |
Lecture 8: Material functions Lecture 9: Material functions Lecture 10: Material Functions Lecture 11: Exam 1 Lecture 12: Mat'l Functions strain based (creep, step strain) Lecture 13: Mat'l Functions (SAOS) Lecture 14: Mat'l Functions (Elongational) |
| Experimental
Observations |
Experimental
Observations 61-134 24Feb2014 |
Lecture 15: Exptal observations Lecture 16: Exptal Observations Lecture 17: Exptal Observations |
| Generalized
Newtonian Fluids |
GNF 1-40 18Mar2014 |
Lecture 18: GNF Lecture 19: GNF |
| Exam 2 |
||
| Linear Viscoelasticity |
GLVE 40-96 18Mar2014 Notes on G', G" for GLVE Predictions of GLVE Notes on Turntable Expl |
Lecture 20: GLVE Lecture 21: GLVE Lecture 22: GLVE Lecture 23: GLVE |
| Advanced
Rheology |
Advanced 1-116 18Aprilr2014 Summary of Constitutive Equations for Polymers |
Lect 24: Advanced Lect 25: Advanced Lect 26: Advanced Lect 27: Adv, differential Lodge Lect 28: Adv: Convected derivs Lect 29 Adv, Molec modeling 1 Lect 30 Adv Molec modeling 2 Lect 31 Adv Molec modeling 3 |
| Rheometry |
Rheometry 117-176 18Mar2014 |
Lect 32 Rheometry, capillary 1 Lect 33 Rheometry Lect 34 Rheometry Lect 35 Lect 36 |