filmov
tv
Linear Viscoelastic Response-Part 04
Показать описание
Linear viscoelastic response , Boltzmann superposition principle , Maxwell model , Stress relaxation , Voigt Kelvin model , Retardation time , Burgers model
NPTEL-NOC IITM
Mechanical Characterization of Bituminous Materials
Padmarekha
Murali
Nivetha
Nethu
Рекомендации по теме
0:32:05
Linear Viscoelastic Response-Part 04
0:25:51
Linear Viscoelastic Response - Part 05
0:07:58
Linear Viscoelasticity - Part 4 - Prony Spectrum
0:27:05
Linear Viscoelastic Response-Part 03
0:40:25
General linear viscoelasticity
0:31:23
Linear Viscoelastic Response-Part 01
0:06:25
Linear Viscoelasticity - Part 5 - Storage and Loss Modulus
0:33:34
Linear viscoelasticity: solidlike materials
0:26:10
Linear Viscoelastic Response-Part 02
0:05:56
How to Know if a Material is Linear Viscoelastic
0:30:41
Linear viscoelasticity - oscillatory shear 2
0:10:56
Linear Viscoelasticity - Part 2 - Solve The Equations
0:26:12
Small Amplitude Oscillatory Shear – Part 4
0:59:50
Kent Around the World- Murali
0:21:05
Lecture 4 part 5 - Introduction to Viscoelasticity
0:10:13
Linear Viscoelasticity - Part 1 - Derivation
0:13:05
Lesson 10, part 4: an introduction to the Generalised Linear Viscoelastic Model (GLVM)
0:46:41
3B Phenomenological models for linear viscoelasticity
0:35:16
Linear Viscoelastic Materials & Models
0:04:32
Linear Viscoelasticity - Part 3 - Multiaxial & Large Strains
0:22:44
UW-Madison polymer processing (EPD650): lesson 4, part 3.
0:04:48
Lecture 6: Linear Viscoelastic Materials and Time Temperature Equivalence
1:28:36
Lecture 4 Introduction III 090220
0:04:06
Basics of Visco - elasticity | How to model Viscoelastic material?