NOTES PERTAINING TO TITLE AND STATEMENT OF RESPONSIBILITY
Text of Note
edited by D. Boast and V.A. Coveney
CONTENTS NOTE
Text of Note
Determination of constitutive equations for vulcanized rubber / J Gough, IH Gregory and AH Muhr -- Novel hyperelastic constitutive laws for elastomers / HT Williams, S Jamil and VA Coveney -- A single constant strain energy function for elastomers and its finite element implementation / MHBM Shariff and ID Stalker -- Definitions and calculations of stress and strain in rubber / DM Turner, D Boast and R Jarosz -- Rate dependent triboelastic and other models for elastomers and prospects for implementation in finite element analysis / VA Coveney ... ]et al.[ -- Implementation in finite element analysis of a triboelastic law for dynamic behaviour of filled elastomers / VA Coveney ... ]et al.[ -- A finite volume approach to modelling incompressible materials / MA Wheel -- The complexity of material modelling in the design optimization of elastomeric seals / JR Daley and S Mays -- Finite element analysis of contact and hyperelastic materials / A Prior and D Cadge -- The uncertainty of implemented curve-fitting procedures in finite element software / R Johannknecht, S Jerrams and G Clauss -- Finite element analysis of rubber for product development / FD Lloyd-Lucas --Modelling the behaviour of an earthquake base-isolated building / VA Coveney ... ]et al.[ -- Finite element modelling of three-dimensional elastomeric components / D Cadge and A Prior -- Torisional behaviour of an elastomeric cylinder - a benchmark problem / HR Ahmadi ... ]et al.[ -- Recent developments in finite element analysis of elastomeric components / A Ramsay -- Crack growth and predicting failure under complex loading in filled elastomers / JJC Busfield, CHH Ratsimba and AG Thomas -- Peeling of vulcanized natural rubber from steel : mathematical modelling and finite element analysis / R Jarosz ... ]et al.[ -- Stiffness and fracture analysis of bonded rubber blocks in simple shear / IH Gregory and AH Muhr