Table of Contents
Preface — Acknowledgements — Keynote papers — Fracture toughness of fiber reinforced shotcrete: issues and challenges /N.Banthia — Modern advances and applications of sprayed concrete /T.A.Melbye & R.H.Dimmock — Other papers — Dynamically loaded young shotcrete linings /A.Ansell & I.Holmgren — A Double Anchored (DD) steel fibre for shotcrete /N.Banthia & H.Armelin — Recent developments in the field of shotcrete: the Quebec experience /D.Beaupre, M.Jolin, M.Pigeon & P.La,combe — Performance of multi-layered polymer and fibre reinforced concrete panels /E.S.Bernard — The influence of curing on the performance of fibre reinforced shotcrete panels /E.S.Bernard & M.J.K.Clements — Punching a rock bolt assembly through a fibre reinforced concrete panel /E.S.Bernard & S.Harkin — Numerical analysis of ground - shotcrete interaction in tunnelling /D.Boldini & A.Lembo-Fazio — Mode of action of alkali-free sprayed shotcrete accelerators /T.A.Biirge — Use of recycled aggregates in fibre reinforced shotcrete: mechanical properties, permeability and frost durability /T.Farstad & C.Hauck — Determining the ultimate displacements of shotcrete tunnel linings /N.N.Fotieva & A.S.Sammal — A specialised shotcrete system for refractory and mining applications /F.T.Gay, A.J.S.Spearing & R.First — An evaluation of repair mortars installed by worm-pump spraying /C.I.Goodier, S.A.Austin & P.J.Robins — Design guidelines for the use of SFRS in ground support1 /N.B.Grant, R. Ratcliffe & F. Papworth — Behaviour of steel fibre reinforced shotcrete during large deformations in squeezing rock /E.Grimstad — Active design in civil tunnelling with sprayed concrete as a permanent lining3 /E.Grov — Monocoque lining design for the Gotthard Base Tunnel5 /fl.Hagedorn & Z.Q. Wei — The MS motorway tunnel: an education in Quality Assurance for fibre reinforced shotcrete /S.A.Hanke, A.Collis& E.S.Bernard — Use of recycled aggregates in fibre reinforced shotcrete: mix design, properties of fresh concrete, and on-site documentation /C.Hauck & T.Farstad — Shotcrete use in the Southern Link tunnel, Stockholm1 /B.l.Karlsson & T.P.Ellison — Reduction of rebound and dust for the dry-mix shotcrete process /WKusterle& M.Pfeuffer — Phase transitions in shotcrete: from material modelling to structural safety assessment /Ch.Hellmich, J.Macht, R.Lackner, HA.Mang & F.-J.Ulm — Evaluation of shrinkage-reducing admixtures in wet and dry-mix shotcretes5 /D.R.Morgan, R.Heere, C.Chan, J.K.Buffenbarger & R.Tomita — A new chemical approach to obtain high early strength in shotcrete /R.Myrdal, R.Hansen & G. Tjugum — Pull-out mechanisms of twisted steel fibers embedded in concrete /A.E. Naaman & C.Sujivorakul — Load bearing capacity of steel fibre reinforced shotcrete linings /U.Nilsson & ].Holmgren — Durability of steel fibre reinforced shotcrete with regard to corrosion /E.Nordstrom — Tele-operated shotcrete spraying with the Meyco Robojet Logica /N.Runciman, G.Newson & M.Rispin — Classification of steel fibre reinforced shotcretes according to recent European standards /H.Schorn — Developments and applications of high performance polymer fibres in shotcrete /P.C.Tatnall & I.Brooks — The role of constitutive models in the analysis of shotcrete-based ground support systems /A.H. Thomas, C.R.I. Clayton & P.Norris — Application of Yield Line Theory to Round Determinate Panels5 /V.N. G. Tran, A.I.Beasley & E.S.Bernard — Author index.
