Navegação Ponencias / Comunicaciones de congresos GIE por autor "Nieto Simavilla, David"

Itens para a visualização no momento 1-7 of 7

Anisotropic thermal transport in non-linear-non-isothermal polymeric flows

Nieto Simavilla, David ; Verbeeten, Wilco M.H.
(2018)

Contribución a congreso
Ansiotropy in k and cp induced by deformation in polymers: experimental methods, current understanding and application to numerical methods

Nieto Simavilla, David ; Venerus, David C. .; Verbeeten, Wilco M.H.
(2018)

Contribución a congreso
Changes in the thermal properties of polymeric materials induced by molecular orientation: Experimental methods, current understanding and strategies for the application to numerical methods

Nieto Simavilla, David
(2018)

Contribución a congreso
A Combination of the eXtended Pom-Pom Model and the Stress-Thermal Rule to Predict Anisotropy in Thermal Conductivity in Non-Linear Polymeric Flows

Nieto Simavilla, David ; Verbeeten, Wilco M.H.
(2017)

Contribución a congreso
Deformation induced changes in the thermal properties of elastomers: experimental methods, current understanding and application to finite elements methods

Nieto Simavilla, David ; Venerus, David C. .; Verbeeten, Wilco M.H.
(2018)

Contribución a congreso
Kinetics of irreversible adsorption: thermodynamics versus molecular mobility

Nieto Simavilla, David ; Huang, Weide .; Housmans, Caroline; Vandestrick, Philippe .; Ryckaerts, Jean-Paul .; Sferrazza, Michele .; Napolitano, Simone .
(2018)

Contribución a congreso
Predictions of anisotropic thermal transport in non-linear-non-isothermal polymeric flows

Nieto Simavilla, David ; Verbeeten, Wilco M.H. ; Venerus, David C. .; Schieber, Jay D. .; Theodorou, Doros N.
(2018)

Contribución a congreso

Navegação Ponencias / Comunicaciones de congresos GIE por autor "Nieto Simavilla, David"

Anisotropic thermal transport in non-linear-non-isothermal polymeric flows ﻿

Ansiotropy in k and cp induced by deformation in polymers: experimental methods, current understanding and application to numerical methods ﻿

Changes in the thermal properties of polymeric materials induced by molecular orientation: Experimental methods, current understanding and strategies for the application to numerical methods ﻿

A Combination of the eXtended Pom-Pom Model and the Stress-Thermal Rule to Predict Anisotropy in Thermal Conductivity in Non-Linear Polymeric Flows ﻿

Deformation induced changes in the thermal properties of elastomers: experimental methods, current understanding and application to finite elements methods ﻿

Kinetics of irreversible adsorption: thermodynamics versus molecular mobility ﻿

Predictions of anisotropic thermal transport in non-linear-non-isothermal polymeric flows ﻿

Anisotropic thermal transport in non-linear-non-isothermal polymeric flows

Ansiotropy in k and cp induced by deformation in polymers: experimental methods, current understanding and application to numerical methods

Changes in the thermal properties of polymeric materials induced by molecular orientation: Experimental methods, current understanding and strategies for the application to numerical methods

A Combination of the eXtended Pom-Pom Model and the Stress-Thermal Rule to Predict Anisotropy in Thermal Conductivity in Non-Linear Polymeric Flows

Deformation induced changes in the thermal properties of elastomers: experimental methods, current understanding and application to finite elements methods

Kinetics of irreversible adsorption: thermodynamics versus molecular mobility

Predictions of anisotropic thermal transport in non-linear-non-isothermal polymeric flows