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Lesson 11, part 2: making Maxwell non-linear - the Wagner damping function

Lesson 11, part 2: making Maxwell non-linear - the Wagner damping function

Lesson 11, part 3: obtaining the Wagner damping function

Lesson 11, part 3: obtaining the Wagner damping function

Lesson 11, part 1: multimode integral Maxwell

Lesson 11, part 1: multimode integral Maxwell

Lesson 9, part 2: the steady shear and stress relaxation response of differential Maxwell

Lesson 9, part 2: the steady shear and stress relaxation response of differential Maxwell

Lesson 9, part 1: an introduction to the differential Maxwell model for viscoelasticity

Lesson 9, part 1: an introduction to the differential Maxwell model for viscoelasticity

Lesson 12, part 3: the presence of normal stresses in shear flow for the UCM equation

Lesson 12, part 3: the presence of normal stresses in shear flow for the UCM equation

Rheology - introduction to Section C [presented by Dr Bart Hallmark, University of Cambridge]

Rheology - introduction to Section C [presented by Dr Bart Hallmark, University of Cambridge]

Rheology - introduction to Section B [presented by Dr Bart Hallmark, University of Cambridge]

Rheology - introduction to Section B [presented by Dr Bart Hallmark, University of Cambridge]

Lesson 12, part : convected constitutive equations and the Upper Convected Maxwell model

Lesson 12, part : convected constitutive equations and the Upper Convected Maxwell model

Lesson 9, part 3: oscillatory response of differential Maxwell

Lesson 9, part 3: oscillatory response of differential Maxwell

Dielectricrelaxation,Interfacial (Maxwell Wagner) Complex dielectric constant,Dielectric losstangent

Dielectricrelaxation,Interfacial (Maxwell Wagner) Complex dielectric constant,Dielectric losstangent

Lecture 1 Opening Statements 082420

Lecture 1 Opening Statements 082420