Constitutive Models for Rubber VIII
eBook - ePub

Constitutive Models for Rubber VIII

  1. 732 pages
  2. English
  3. ePUB (mobile friendly)
  4. Available on iOS & Android
eBook - ePub

Constitutive Models for Rubber VIII

About this book

Due to their unique properties, rubber materials are found in multiple engineering applications such as tires, engine mounts, shock absorbers, flexible joints, seals, etc. Nevertheless, the complex nature of the behavior of such material makes it difficult to accurately model and predict the performance of these units.The challenge to correctly rep

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Yes, you can access Constitutive Models for Rubber VIII by Nere Gil-Negrete,Asier Alonso in PDF and/or ePUB format, as well as other popular books in Technology & Engineering & Civil Engineering. We have over one million books available in our catalogue for you to explore.

Table of contents

  1. Cover Page
  2. Halftitle Page
  3. Title Page
  4. Copyright Page
  5. Table of contents
  6. Foreword
  7. Foreword (Volume 1)
  8. Sponsors
  9. Invited papers
  10. Prediction of fatigue cracks orientation in elastomers with configurational stresses
  11. Magneto-sensitive elastomers-theory and applications
  12. Evaluation of rubber suspension in rail vehicles-a multi functional solution?
  13. Ageing
  14. Oxidation effect on fracture properties of rubbers
  15. Ageing under preload
  16. Modelling naturally aged NR mouldings
  17. Chemomechanically coupled finite element simulations of oxidative ageing in elastomeric components
  18. Influence of the filler-matrix interface on ageing by γ-radiation of ATH filled EPDM
  19. Friction and abrasion
  20. Hysteresis and adhesion friction of carbon based elastomer nanocomposites: Theory, experiment and applications
  21. Effect of the blade sharpness on the blade abrasion of rubber
  22. Adhesion
  23. Adhesion effects in the contact between rubber and counterpart
  24. Swelling
  25. Effect of multiaxial mechanical loading on the swelling of rubber in biodiesel
  26. Continuum mechanical models and numerical implementation
  27. On the dynamic material behaviour of filled rubber with respect to preload and frequency
  28. Parallel rheological framework to model non-linear viscoelasticity, permanent set, and Mullins effect in elastomers
  29. Modelling of the mechanical properties of rubber compounds using a two-level structural-phenomenological model
  30. Modelling of hysteresis by means of a directional approach
  31. Development of constitutive equation of filled silicone architectured membrane
  32. Finite thermoviscoelastic behaviour of elastomers-Experiments, modelling and FE simulation
  33. Thermo-mechanical analysis of steady state rolling tires by numerical simulation and experiment
  34. Thermo-visco-hyperelastic modeling of the rubber self-heating under fatigue
  35. Experimental and constitutive modeling of a filled rubber with emphasis on the dynamical properties
  36. Influence of viscoelasticity on the response of rubber under tensile wave propagation
  37. On the efficient finite element modelling of cord-rubber composites
  38. Biodegradable polymers-a new modelling approach
  39. Experimental characterization of cyclic stress-strain response and its modeling for filled SBR vulcanizates
  40. Finite element modelisation of multiaxial mechanical and fatigue behavior of a polychloroprene rubber
  41. Instrumented micro-hardness measurements used to identify the local visco-hyper-elastic parameters of Polyurethane elastomers
  42. A Multiscale continuum damage model for cavity growth in rubberlike materials
  43. Identification of inelastic material parameters using component-oriented specimen
  44. Hyperelasticity
  45. The energy limiters approach to modeling failure of rubber
  46. A strain energy function for rubber-like materials
  47. Proposal of an anisotropic hyperelastic model considering cyclic deformation
  48. Unified model for Mullins effect and high cycle fatigue life prediction of rubber materials
  49. Hyperelastic constants from a modified hardness test using energy balance obtained from FE-analysis
  50. Testing and validation of finite element modeling for silicone based elastomeric foam materials
  51. Toward a hyperelastic model for foamed rubber with matrix compressibility and pore gas effects
  52. Application of homogenization FEM analysis to microcellular rubbers
  53. Micro-mechanical approaches
  54. Micro-mechanical model of strain-induced crystallization for filled natural rubbers
  55. Elasticity of colloidal clusters with application to carbon-black aggregates in filled rubbers
  56. Modeling of the behavior of elastomers filled by rigid particles with interfacial layers
  57. Finite element based micro-mechanical modeling of micro-structure morphology in filler reinforced elastomer
  58. The role of the rubber-filler interphase in linear viscoelasticity of SBRs filled with carbon-black nano-size particles
  59. Rupture of filler-filler bonds in strained elastomers: A molecular dynamics investigation
  60. A microstructure-based model for filled elastomers including time-dependent effects
  61. A nano-mechanical model for energy dissipation in filler networks
  62. Impact of elastomer microstructure on the local mobility in linear regime
  63. Coarse-grained modeling of filler concentration and structure in reinforced rubbers
  64. Modeling large amplitude oscillatory shear in filled elastomers
  65. Fracture, fatigue and lifetime prediction
  66. Fracture behavior of rubber-like materials under classical Fatigue Crack Growth vs. Chip & Cut analysis
  67. Mechanical characterization of carbon black filled NR/BR compounds from small strains up to fracture
  68. Phase field modeling of fracture in rubbery polymers
  69. Influence of strain-induced crystallization on the crack driving force in fracture behavior of rubber
  70. Effect of strain-induced crystallization on fatigue crack growth resistance of natural rubber
  71. Loss of stiffness during fatigue and the development of crack precursors
  72. Fatigue crack propagation in reinforced natural rubber
  73. Towards an accurate description of the dissipation gradients at the micro-scale to describe the basic fatigue mechanisms
  74. Influence of cyclic softening on the energy release rate of an edge crack under simple tension
  75. Evaluation of the tearing energy in a radial tyre
  76. The equi-biaxial fatigue characteristics of EPDM under true (Cauchy) stress control conditions
  77. Contributions of IR thermography and X-ray tomography to the fatigue characterization of elastomeric materials
  78. Fatigue damage in carbon black filled natural rubber investigated by X-ray microtomography and scanning electron microscopy
  79. Study of fatigue behavior of rubber like materials with infrared thermography methods
  80. Lifetime prediction-a unification of the fracture mechanics and the Wöhler concept
  81. Mullins effect
  82. Understanding and modelling the Mullins softening from a mechanical point of view
  83. Modelling deformation-induced anisotropy using 1D-laws for Mullins-Effect
  84. Simulation of self-organization processes in filled rubber and their influence on anisotropic Mullins effect
  85. Experimental investigation of the Mullins effect in swollen elastomers
  86. Modeling the Mullins effect in swollen rubber
  87. Experimental results of high damping rubber under combined compression and cyclic shear
  88. Strain induced crystallization
  89. Short-time behavior of strain-induced crystallization in natural rubber
  90. Strain-induced crystallization in natural rubber: Kinetics and strain relaxation
  91. Micro-sphere model for strain-induced crystallization in rubber
  92. Strain-induced crystallization in natural rubber: A model for the microstructural evolution
  93. In situ WAXS dynamic study of strain induced crystallization kinetics of synthetic and natural rubber
  94. Strain-induced crystallites and temperature-induced crystallites in poly-isoprene by 2D WAXD simulating analysis
  95. Characterization of high cis-content polybutadiene compounds differing in cis-content and molecular weight distribution
  96. Thermal effects
  97. On the evolution of the viscoelastic properties and their microstructural origin in a filled NBR under coupled thermal and cyclic mechanical loadings
  98. Thermal effects accompanying the deformation of natural rubber
  99. Effects of temperature on the mechanical behavior of filled and unfilled silicone rubbers
  100. Thermal response of hyperelastic materials under cyclic loading conditions: Specificities and consequences for fatigue
  101. Filler effects on the thermomechanical response of stretched rubbers
  102. Characterization of heat sources due to deformation in unfilled natural rubber
  103. Reinforcement and vulcanization
  104. Discriminating reinforcement and strain amplification effects in reinforced natural rubber elastomers
  105. Mldboxstart, simulations for 3D modelling of rubber reinforcement
  106. The reinforcement effects of graphene oxide nanoplatelets on the mechanical and viscoelastic properties of natural rubber
  107. Evolution of elastomers network structures during the vulcanization process as investigated by 1 H low-field multiple-quantum NMR
  108. The effect of fillers on crosslinking, swelling and mechanical properties of peroxide-cured rubbers
  109. Chemical modification of conventional rubbers for advanced applications
  110. Synthetic layered silicates as synergistic filler additive for tire tread compounds
  111. Design and applications
  112. Characterization of elastomers under simultaneous tension and torsion for application to engine mounts
  113. Viscoelastic characterization at low temperature on an HNBR compound for sealing applications
  114. A methodology for the linearization of rubber models subjected to random excitation for frequency domain simulations
  115. A model for polymer gels based on the theory of rubber elasticityApplication to the nucleus pulposus of the intervertebral disc
  116. Stress-based viscoelastic master curve construction of model tire tread compounds
  117. Rubber characterization for tire modeling
  118. Evaluation of characteristics for chevron rubber spring
  119. Anti-vibration HD unit assembly simulation and benchmark of effective usage of CPU in rubber FEA
  120. Modelling of cord-rubber composites of bellow air-springs
  121. Contact analysis of hollow rubber ball
  122. Experimental evaluation of mechanical properties of belt conveyor with textile reinforcement and numerical simulation of its behaviour
  123. Inflation test of orthotropic composite membrane with rubber matrix reinforced by plain weave fabric
  124. Experimental and numerical analysis of indentation on a thermoplastic polyurethane elastomer under cyclic loading
  125. Prediction of elastomer end-stops in non-linear isolators for space applications
  126. Magneto-sensitive, ionic and electro-active elastomers
  127. Linear viscoelastic behaviour of magnetorheological elastomers
  128. Generating a variable uniform magnetic field suitable for fatigue testing magnetorheological elastomers using the bubble inflation method
  129. Realistic fatigue life prediction for magnetorheological elastomers
  130. The effect of microstructure on the dynamic equi-biaxial fatigue behaviour of magnetorheological elastomers
  131. Development of ionic elastomers with shape memory effect
  132. Electroactive soft polyurethanes used as a smart rubbers
  133. Dielectric elastomer actuators for tuneable optics
  134. Electrical breakdown of dielectric elastomer actuator materials
  135. The application of a carbon black filled elastomer to create a smart strain sensor
  136. Author index