ABSTRACT

Constitutive Models for Rubber XI is a comprehensive compilation of both the oral and poster contributions to the European Conference on Constitutive Models for Rubber. This 11th edition, held in Nantes (France) 25-27th June 2019, is the occasion to celebrate the 20th anniversary of the ECCMR series. Around 100 contributions reflect the state-of-the-art in the mechanics of elastomers. They cover the fields of:

  • Material testing
  • Constitutive modelling and finite element implementation
  • Micromechanical aspects, and
  • Durability (failure, fatigue and ageing)

Constitutive Models for Rubber XI is of interest for developers and researchers involved in the rubber processing and CAE software industries, as well as for academics in nearly all disciplines of elastomer mechanics and technology.

part |2 pages

Keynote lectures

part |2 pages

Strain-induced crystallization

chapter |5 pages

An X-ray study of strain-induced crystallization in W-polychloroprene

ByP-Y. Le Gac, P-A. Albouy, P. Sotta

chapter |4 pages

Orientation of crystallites in natural rubber under different modes of load

ByK. Schneider, S. Roth

chapter |6 pages

Strain-induced crystallization in natural rubber: The Flory theory revisited

ByP. Sotta, P.-A. Albouy

chapter |6 pages

Thermo-micromechanics of strain-induced crystallization

ByV.N. Khiêm, J.-B. Le Cam, X. Balandraud, M. Itskov

chapter |6 pages

Constitutive modelling of strain-induced crystallisation in rubber

ByK. Loos, A. Aydogdu, A. Lion, M. Johlitz, J. Calipel

chapter |5 pages

Stretch-induced crystallization in rubbers: Model formulation and verification

ByQ. Guo, F. Zaïri, X. Guo

chapter |5 pages

Investigating strain-induced crystallization through fatigue striations in filled NR

ByB. Ruellan, J.-B. Le Cam, E. Robin, I. Jeanneau, F. Canévet, G. Mauvoisin, D. Loison

part |2 pages

Microstructural investigations

chapter |5 pages

Nanomechanics on thermo-mechanical process of rubber-like materials

ByK. Akutagawa, K. Tsunoda, Y. Morishita

chapter |7 pages

Non-linear multi-scale modeling of 3D-spacer-rubber composites

ByD. Aranda-Iglesias, G. Giunta, S. Belouettar, A. Peronnet-Paquin, F. Sportelli, D. Keniray

chapter |5 pages

Methodology for 3D characterization of microstructural defects in filled polymer using X-ray Tomography

ByJ. Kallungal, L. Chazeau, J-M. Chenal, J. Adrien, E. Maire, C. Barres, B. Cantaloube, P. Heuillet

chapter |5 pages

A micromechanical model of filled elastomers based on reptation theory

ByEhsan Darabi, Mikhail Itskov

chapter |5 pages

Cavitation damage in tire rubber materials

ByE. Euchler, K. Schneider, S. Wiessner, R. Bernhardt, G. Heinrich, S. V. Roth, T. Tada

chapter |6 pages

A physically motivated model for inelastic response of double network hydrogels

ByV. Morovati, M.A. Saadat, S. Alazhary, R. Dargazany

chapter |6 pages

Microstructure based Modelling of Elastomer Nano-Composites

ByM. Klüppel

part |2 pages

Special elastomers

chapter |5 pages

The study of deformable discontinuous carbon coating of elastic polyurethane surface

ByI.A. Morozov, A.S. Kamenetskikh, M.G. Scherban

chapter |6 pages

Modelization of the coupled behavior of a magnetically hard magnetorheological elastomer

ByS. Hermann, C. Espanet, P. Butaud, G. Chevallier, J.F. Manceau, L. Hirsinger

chapter |5 pages

Evaluation of the elastic properties of randomly-oriented electrospun nanofibrous polyurethane thermoplastic elastomer membranes

ByM. S. Sukiman, D. Wong, A. Andriyana, B. C. Ang, E. Verron

part |2 pages

Experimental methods

chapter |6 pages

Heat build-up characterization under realistic load

ByR. Stoček, M. Stěnička, R. Kipscholl

chapter |6 pages

Sensitivity based virtual fields for identifying hyperelastic constitutive parameters

ByA. Tayeb, J.B. Le Cam, E. Robin, F. Canévet, M. Grédiac, E. Toussaint, X. Balandraud

chapter |4 pages

Effect of pressure cycling on decompression failure in EPDM exposed to high-pressure hydrogen

ByS. Castagnet, A. Nait-Ali, H. Ono

chapter |6 pages

Advanced experimental investigation of rubber indentation during sliding friction

ByJ. Cugliari, A. Lang, M. Klüppel, J. Meier, M. Giustiniano, P. Agoretti

chapter |4 pages

Characterizing the viscoelastic behavior of an elastomer adhesive while considering the influence of the curing process

ByRebecca Jennrich, Alexander Lion, Michael Johlitz, Sarah Ernst, Elisabeth Stammen

chapter |5 pages

Hyperelastic model identification from heat source fields

ByS. Charlès, J-B. Le Cam

chapter |6 pages

Hydrostatic pressure effect on the non-linear mechanics of filled rubbers: Experiments and physico-mechanical approach

ByJ. Champagne, C. Ovalle, S. Cantournet, F. Lequeux, H. Montes, K. Le-Gorju

chapter |7 pages

Equibiaxial tension testing of rubber on a universal tension-testing machine

ByM. Wimmer, P. Ertl, J. Schneider, F. Abraham

chapter |5 pages

Inverse identification of hyperelastic parameters by metaheuristic optimization algorithm

ByG. Bastos, A. Tayeb, J.-B. Le Cam, N. Di Cesare

chapter |7 pages

Assessment of data-driven computational mechanics in finite strain elasticity

ByA. Platzer, A. Leygue, L. Stainier

part |2 pages

Constitutive models

chapter |6 pages

A comparative study on hyperelastic constitutive models on rubber: State of the art after 2006

ByHüsnü Dal, Yashar Badienia, Kemal Açikgöz, Funda Aksu Denlï

chapter |4 pages

Non-affine microsphere model with damage for rubberlike materials

ByJ. Diani, P. Le Tallec

chapter |6 pages

Validation of a hyperelastic modelling approach for cellular rubber

ByA. Ricker, N.H. Krӧger, M. Ludwig, R. Landgraf, J. Ihlemann

chapter |6 pages

A constitutive model for rubber bearings subjected to combined compression and shear

ByR. Bouaziz, C. Ovalle, L. Laiarinandrasana

chapter |6 pages

A strain-energy function to model low and high strain non-linearities in highly filled elastomers

ByT.W. Hohenberger, R.J. Windslow, Nicola Pugno, J.J.C. Busfield

chapter |6 pages

Thermoviscoelastic modelling of elastomer components in industrial applications

ByJ. Schröder, A. Lion, M. Johlitz

chapter |5 pages

Hyperelastic modelling of polypropylene foam under complex loadings

ByA. Donnard, S. Guérard, P. Viot, L. Maheo, G. Rio

chapter |6 pages

Development of a new constitutive model for thermoplastic copolyester materials

ByP. Robard, L. Gornet, P. Rozycki, G. Marckmann, J.C. Guldner, F. Maitay

chapter |6 pages

Reliability of the Data-Driven Identification algorithm with respect to incomplete input data

ByMarie Dalémat, Michel Coret, Adrien Leygue, Erwan Verron

chapter |6 pages

The implications of constitutive model selection in hyperelastic parameter identification

ByS. Connolly, D. Mackenzie, Y. Gorash

chapter |6 pages

Nonlinear Compressible Finite Viscoleasticity of Epoxy-Based Polymers

ByHüsnü Dal, Fabian Welschinger, Przemyslaw J. Gromala, Bongtae Han

chapter |8 pages

Isogeometric analysis for the numerical simulation of rubber structures

ByS. Lejeunes, D. Eyheramendy

part |2 pages

Fatigue

chapter |6 pages

Why cutting strength is an indicator of fatigue threshold

ByW. V. Mars, C. G. Robertson, R. Stocek, C. Kipscholl

chapter |6 pages

Influence of defects size on the fatigue properties of an industrial EPDM

ByT. Balutch, B. Huneau, Y. Marco, P. Charrier, C. Champy

chapter |6 pages

Fatigue crack initiation around inclusions for a carbon black filled natural rubber: an analysis based on micro-tomography

ByT. Glanowski, Y. Marco, V. Le Saux, B. Huneau, C. Champy, P. Charrier

chapter |5 pages

Fatigue of filled rubber due to hysteretic heating

ByB. Marvalová, I. Petríková, T.H. Nam

chapter |6 pages

Modelling of the heat build-up temperature and damage fields in bulk filled-rubber samples during fatigue

ByC. Ovalle Rodas, Q. Guo, F. Zaïri, X. Guo, P. Charrier

chapter |5 pages

Effects of the temperature on the fatigue lifetime reinforcement of a filled NR

ByB. Ruellan, J.-B. Le Cam, E. Robin, I. Jeanneau, F. Canévet, F. Mortier

chapter |5 pages

Crack propagation behaviour of polyurethane thermoplastic elastomers in cyclic fatigue

ByG. Scetta, C. Creton, M. Ciccotti, P. Heuillet, H. Baurier

chapter |4 pages

Characteristic crack deviation during fatigue loading in natural rubber

ByF. Xiang, G. Heinrich, K. Schneider

chapter |4 pages

Miner-Bayes approach to filled elastomer fatigue testing

ByA. Perriot, S. Gatien, L. Epinat, J.-B. Fourrel de Frettes

chapter |5 pages

Fatigue phase-field damage modeling of rubber

ByP. J. Loew, B. Peters, L. A. A. Beex

chapter |6 pages

Multiaxial fatigue under complex non-relaxing loads

ByI. Warneboldt, F. Szmytka, I. Raoult, Y. Marco, V. Le Saux, P. Charrier, C. Champy, W. Hervouet

chapter |6 pages

Fatigue crack growth behavior of filled SBR compounds: Influences of several parameters and of the loading scenario

ByN. Selles, P. Heuillet, A.S. Béranger, H. Baurier

chapter |6 pages

Fatigue behavior evaluation using instrumented indentation

ByF. Lacroix, C. Fradet, S. Meo, G. Berton, E. Le Bourhis

chapter |4 pages

Finitely scoped procedure for generating fully relaxing strain-life curves

ByW. V. Mars, M. Isasi

chapter |6 pages

Carbon black grade influence on strain controlled fatigue life of natural rubber

ByJ.M. Pilarski, J.R. Goossens, W.V. Mars, C.G. Robertson

chapter |6 pages

Modeling of the thermomechanical behavior of polychloroprene and natural rubbers during fatigue tests from infrared measurements

ByC. Cruanes, M.-P. Deffarges, G. Berton, F. Lacroix, S. Méo

part |2 pages

Industrial applications

chapter |6 pages

Improvement in FEA prediction of tire performance by incorporating variable friction between tire and road

ByVidit Bansal, Sharad Goyal, Abhishek Nair, Vipul John, Sujith Nair, Aleksandra Serafinska, Michael Kaliske, Michael Hindemith

chapter |6 pages

Dissipation in hysteretic rubber mount models

ByR. Penas, A. Gaudin, A. Kreis, E. Balmes

chapter |4 pages

Influence of production process to product performance

ByM. Flamm, A. von Eitzen, S. Ernst

chapter |4 pages

Application of rubber friction to FEA models of rubber sealing

ByE.F. Yanes Nunez, J.J.C. Busfield, N. Pugno, Ron Manson, Hoi Ling Chen, Julien Ramier

chapter |3 pages

Modelisation of Chernobyl membrane

ByL. Dufrene, D. Mailhot

chapter |5 pages

Thermal control and energy balance in polymer processing

ByR. Deterre, P. Mousseau, A. Sarda, J. Launay

part |2 pages

Failure

chapter |7 pages

Modeling dynamic fracture in rubberlike materials

ByAnshul Faye, Y. Lev, K.Y. Volokh

chapter |4 pages

Dynamic crack growth in elastomers: Experimental energetic analysis

ByT. Corre, M. Coret, E. Verron, B. Leblé

chapter |6 pages

Striations in natural rubber fracture surfaces

ByJ.L. Poisson, A.H. Muhr

chapter |5 pages

Impact of strain-induced softening on the fracture of a carbon-black filled styrene butadiene rubber

ByD. Roucou, J. Diani, M. Brieu, D. Roucou, A. Mbiakop-Ngassa

part |2 pages

Ageing

chapter |7 pages

Modeling and numerical simulation of thermal ageing in a filled rubber

ByK.D. Ahose, S. Lejeunes, D. Eyheramendy, R. Bouaziz

chapter |6 pages

A micro-mechanical model for constitutive behavior of elastomers during thermo-oxidative aging

ByH. Mohammadi, A. Bahrololoumi, Y. Chen, R. Dargazany

chapter |6 pages

Free volume evolution equation for physical ageing of filler reinforced rubber

ByM. Vizcaíno-Vergara, L. Kari, J. J. C. Busfield

chapter |6 pages

Lifetime of nitrile rubber joints for a deep sea submersible

ByP. Davies, P-Y Le Gac, V. Ciausu, H. Gallois

chapter |6 pages

Quasi-static and dynamic properties of aged natural rubber compounds for transport applications

ByN. Gil-Negrete, J. Nieto, I.S. Apezetxea, J. Murua

chapter |6 pages

Micro-mechanically based modelling of homogeneous ageing of elastomers

ByD. Beurle, M. André, U. Nackenhorst, R. Desmorat

chapter |4 pages

An approach for modeling thermo-oxidative aging in polymer materials

ByJ. Voges, D. Juhre

chapter |6 pages

Thermal ageing of peroxide-cured NBR, Part I: Effect on bulk properties

ByR.J. Pazur, I. Lopez-Carreon, C.G. Porter, A. Herzig, M. Johlitz

chapter |6 pages

Thermal ageing of peroxide-cured NBR, Part II: Diffusion-limited oxidation and constitutive modelling

ByA. Herzig, M. Johlitz, R.J. Pazur, I. Lopez-Carreon, C.G. Porter