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Constitutive Models for Rubber V: Proceedings of the 5th European Conference, Paris, France, 4-7 September 2007 [Kõva köide]

Edited by (Ecole Centrale de Marseilles, France), Edited by (Centre des Matériaux P. M. Fourt, Mines Paris / Paris Tech, France), Edited by (Institut de Recherche en Génie Civil et Mécanique, Nantes, France), Edited by (Ecole Polytechnique de lUniversité de Tours, France)
  • Formaat: Hardback, 476 pages, kõrgus x laius: 246x174 mm, kaal: 968 g
  • Ilmumisaeg: 23-Aug-2007
  • Kirjastus: CRC Press
  • ISBN-10: 0415454425
  • ISBN-13: 9780415454421
Teised raamatud teemal:
  • Formaat: Hardback, 476 pages, kõrgus x laius: 246x174 mm, kaal: 968 g
  • Ilmumisaeg: 23-Aug-2007
  • Kirjastus: CRC Press
  • ISBN-10: 0415454425
  • ISBN-13: 9780415454421
Teised raamatud teemal:

Due to their unique properties, rubber materials are widely used for engineering applications such as tires, engine mounts, seals, shock absorbers, etc. The design of these highly technical parts frequently necessitates a great control of their response and high guarantees of reliability. These objectives are severe because they cover multiple physical phenomena. In addition, the complexity of these parts requires the use of powerful simulation methods such as the finite element method. In this context, the formulation of relevant constitutive equations and the development of relevant algorithms are essential prerequisites for the prediction of the mechanical response of elastomeric parts.

The latest developments concerning constitutive modelling of rubber materials, and more generally the mechanics of elastomers, are collected in the present volume, including: constitutive modelling, physical mechanisms, fatigue and fracture, structural and industrial applications. Constitutive Models for Rubber V will be of interest to undergraduates, postgraduates and researchers in mechanical engineering and rubber mechanics.

Foreword xi
Foreword (Volume 1) xiii
Sponsors xv
Invited papers
Mechanics of periodic elastomeric structures
3(6)
M.C. Boyce
S.M. Prange
K. Bertoldi
S. Deschanel
T. Mullin
Constitutive modeling of the dynamic properties of elastomers
9(12)
A. Lion
Reinforcement of crystallizable rubbers due to crystallites and fillers: A microscopic approach
21(8)
J. Rault
Continuum mechanics models
Generalization of one-dimensional constitutive models with the concept of representative directions
29(6)
J. Ihlemann
Experimental and numerical study of the mechanical behaviour of an unfilled silicone rubber
35(6)
L. Meunier
G. Chagnon
D. Favier
L. Orgeas
Strain-induced nonlinearities of filler-reinforced rubber under cyclic deformations: hxperiments and modelling
41(6)
P. Hofer
An hyper-visco-hysteretic model for elastomeric behaviour under low and high temperatures: Experimental and numerical investigations
47(6)
H. Laurent
A. Vandenbroucke
S. Couedo
G. Rio
N. Ait Hocine
High strain rate constitutive modeling for natural rubber
53(8)
M.S. Hoo Fatt
A.A. Al-Quraishi
The effect of specimen geometry on the multiaxial deformation of elastomers
61(6)
N. Murphy
J. Hanley
H. Ali
S.J. Jerrams
Transversely isotropic strain energy with physical invariants
67(6)
M.H.B.M Shariff
Determination of material parameters on the basis of inhomogeneous tests
73(6)
C. Hohl
J. Ihlemann
Viscoelastic properties of filled rubber. Experimental observations and material modelling
79(6)
B. Marvalova
A new approach to couple a constitutive model for the Mullin effect with residual strain and the damage of elastomer materials
85(8)
R. Figueredo
A. Cherouat
Micromechanical approaches
Computer simulations of temperature induced Shape Memory Polymers by means of the finite element method
93(8)
M. Bol
S. Reese
Carbon black networking in elastomers monitored by dynamic-mechanical and dielectric spectroscopy
101(6)
M. Kluppel
J. Meier
The physical behaviour of elastomers containing hollow spherical fillers
107(6)
R. Shorter
A.G. Thomas
J.J.C. Busfleld
J.D. Smith
Modeling of viscoelastic properties and softening of rubber materials
113(6)
A.L. Svistkov
B. Lauke
G. Heinrich
An efficient micro-macro approach to finite rubber viscoelasticity
119(8)
S. Goktepe
C. Miehe
3D modeling and simulation of micro- to macroscopic deformation behavior of filled rubber
127(8)
M. Naito
K. Muraoka
K. Azuma
Y. Tomita
Non linear mechanical behaviour of carbon black filled natural rubber: Modelling and finite element application
135(6)
B. Omnes
S. Thuillier
P. Pilvin
S. Gillet
Rubber with carbon black fillers: Parameters identification of a multiscale nanostructure model
141(6)
A. Jean
D. Jeulin
S. Cantournet
S. Forest
V. Mounoury
F. N'Guyen
On the origin of the scattering of gels and swollen polymer networks
147(10)
M. Lang
J.-U. Sommer
Cavitation in granulate filled rubber materials
157(8)
P. Kumar
A.G. Thomas
Y. Fukahori
J.J.C. Busfield
Micro-structural finite element modelling of the stiffness of filled elastomers: The effect of filler number, shape and position in the rubber matrix
165(8)
V. Jha
A.G. Thomas
Y. Fukahori
J.J.C. Busfield
Fracture and fatigue
Fatigue life of rubber components: 3D damage evolution from X-ray computed microtomography
173(6)
K. Le Gorju Jago
Theoretical investigation on the fatigue life of elastomers incorporating material inhomogeneities
179(6)
A. Andriyana
E. Verron
Fracture of viscoelastic materials
185(6)
M. Kaliske
B. Noser
H. Dal
Multiaxial fatigue life prediction of rubber using configurational mechanics and critical plane approaches: A comparative study
191(6)
A. Andriyana
N. Saintier
E. Verron
Fatigue and crack growth behavior of rubber products
197(6)
C. Ziegler
H. Baaser
O. Hausler
Determination of the tearing energy of the trousers sample by the use of Configurational Mechanics
203(6)
E. Verron
Viscoelasticity and its effect on crack propagation behaviour in rubber
209(6)
T. Horst
G. Heinrich
Description of fatigue damage in carbon black filled natural rubber
215(6)
J.-B. Le Cam
E. Verron
B. Huneau
Fracture mechanical investigations of filler-reinforced elastomers
221(8)
K. Reincke
W. Grellmann
G. Heinrich
A study on the lifetime evaluation of rubber component
229(4)
C.S. Woo
H.S. Park
Mechanical properties of EPDM
233(8)
M. Flamm
T. Steinweger
J. Spreckels
T. Bruger
Computational methods
Computational aspects of Bergstrom-Boyce finite viscoelasticity model
241(8)
H. Dal
M. Kaliske
L. Nasdala
Simulation of Mullins effect and permanent set in filled elastomers using multiplicative decomposition
249(6)
S.M. Govindarajan
J.A. Hurtado
W.V. Mars
FE-Implementation of a statistical hyper-visco-plastic model
255(8)
A. Boukamel
S. Meo
S. Lejeunes
Simulation of the Fletcher-Gent effect by using of the subroutine UPHI MSC/MARC©
263(6)
M. Rabkin
FE-Implementation of a constitutive model for stress-softening based on hydrodynamic reinforcement
269(6)
R. Klauke
J. Meier
M. Kluppel
Effect of the interface on the mechanical properties of cord-rubber composite
275(4)
Z. Xie
Y. Wang
Y.-J. Yum
H.-G. Min
Nonlinear viscosity law for rate-dependent response of high damping rubber: FE implementation and verification
279(6)
A.R. Bhuiyan
A.F.M.S. Amin
T. Hossain
Y. Okui
A numerical approach to enforce the orientation-preserving condition
285(6)
F. Peyraut
N. Labed
Z.-Q. Feng
Finite element analysis of Gent materials under contact/impact conditions
291(8)
Z.-Q. Feng
C. Renaud
Q.-C. He
F. Peyraut
Experiments and characterization
Identification of elastomers by digital image correlation
299(6)
M. Fazzini
S. Mistou
M. Karama
B. Desmars
P. Peres
Time-dependent effects in dynamic tests of filled rubber
305(6)
H.R. Ahmadi
J. Ihlemann
A.H. Muhr
Induced crystallisation under cyclic loading in natural rubber
311(6)
Y. Marco
I. Moro
V. Le Saux
N. Ait Hocine
P. Charrier
Viscoelastic material property characterization for tyre finite element analysis
317(6)
P. Ghosh
A. Saha
P.C. Bahara
R. Mukhopadhyay
Influence of mechanical and fatigue loading on crystallization of carbon black-filled natural rubber
323(4)
J.-Y. Rouviere
A. Bennani
D. Pachoutinsky
J. Besson
S. Cantournet
Time-dependent dilational and multiaxial deviatoric behaviour of rubbery materials
327(4)
V.A. Coveney
D.E. Johnson
M.A. Keavey
N. Townsend
Y. Le Chenadec
I. Raoult
The new advanced high frequency testing device designed for elastomers and non-linear structures
331(8)
F. Abraham
E. W.Abel
Multiphysics and biomechanics
On boundary conditions in nonlinear magneto- and electroelasticity
339(6)
R. Bustamante
A. Dorfmann
R.W. Ogden
A novel approach to the heat build-up problem of rubber
345(6)
Y. Le Chenadec
C. Stolz
I. Raoult
T.M.-L. Nguyen
B. Delattre
P. Charrier
Simulations of hysteresis friction and temperature effects between elastomers and rough or microscopic smooth interfaces
351(6)
T. Meyer
L. Busse
A. Le Gal
M. Kluppel
Constitutive model for magneto-sensitive rubber in the audible frequency range including amplitude frequency and magnetic field dependence
357(4)
L. Kari
P. Blom
Effective wave propagation in a pre-stressed nonlinear elastic composite bar
361(6)
W.J. Parnell
Characterization of a polyurethane biomaterial for use in non-linear analysis of an inverting artificial heart diaphragm
367(6)
S. Doshi
R. Bell
Hyperelastic analysis of Cork-Polyurethane Gel Composites
373(6)
P.J. Antunes
G.R. Dias
A. T. Coelho
F. Rebelo
T. Pereira
Effect of triangulation irregularities on the large deformation stress-strain behavior of triangulated network membranes
379(4)
M. Arslan
S. Cantournet
M.C. Boyce
Determination of the internal energy contribution to the thermo-elasticity of unfilled rubber materials
383(10)
P.A. Kakavas
Industrial applications
A viscoelastic bump stop model for multi-body simulations based on impact test data
393(6)
P-E. Austrell
A. Wirje
Numerical modelling of rubber bushing behaviour in multi-body simulation of a vehicle chassis
399(6)
B. Bourgeteau
D. Aubry
F. Moirot
P. Ferbach
Mechanical characterisation and modeling of silicone rubbers used for pad printing
405(8)
T. Korochkina
T.C. Claypole
D. Gethin
FE- analysis of an isolation element made of High Damping Rubber undergoing extreme large strains and stresses
413(6)
U. Freundt
R. Vogt
H. Muller
Experimental and FE investigation on rolling resistance of truck tires
419(6)
Y. Jinxiong
G. Kejia
W. Yintao
Constitutive characterization of extruded rubber blends by means of an extrusion rheometer
425(8)
H.W. Mulliner
J. Eberhardsteiner
A. Wieczorek
S. Seiler
An investigation into deformation of photopolymer plate during printing solid lines in flexography
433(6)
M.S. Yusof
T.V. Korochkina
T.C. Claypole
D.T. Gethin
FEM-Simulation of comfort relevant properties of elastomeric mountings: The Payne-effect under preloading
439(4)
T. Bruger
M. Rabkin
Analytical modeling and experimental validation of a recycled rubber material
443(8)
C. Onorii
G. Serino
Dynamics and seismic stability of ancient monuments using isolation rubber bearing system
451(6)
P.A. Kakavas
C. Severin
O. Polyzogopoulou
N.K. Anifantis
Author Index 457


Adnane Boukamel, Lucien Laiarinandrasana, Stéphane Méo, Erwan Verron