RILEM TC162-TDF : Test and Design Methdos for Steel Fibre Reinforced Concrete : Design of steel fibre reinforced concrete using the sigma-w-method : principles and applications

Vandewalle, Lucie; Nemegeer, D; Balazs, L; Barr, B; Barros, J; Bartos, P; Banthia, N; Brandt, A; Criswell, M; Denarie, F; Di Prisco, M; Falkner, H; Gettu, R; Gopalaratnam, V; Groth, P; Hausler, V; Katsaragakis, F; Kooiman, A; Kovler, K; Lehtonen, J; Massicotte, B; Mindess, S; Reinhardt, H; Rossi, P; Schaerlaekens, S; Schumacher, P; Schnutgen, B; Shah, S; Skarendahl, A; Stang, H; Stroeven, P; Swamy, R; Tatnall, P; Teutsch, M; Walraven, J; Wubs, A

RILEM TC162-TDF : Test and Design Methdos for Steel Fibre Reinforced Concrete : Design of steel fibre reinforced concrete using the sigma-w-method : principles and applications

Author:

Vandewalle, Lucie

Nemegeer, D ; Balazs, L ; Barr, B ; Barros, J ; Bartos, P ; Banthia, N ; Brandt, A ; Criswell, M ; Denarie, F ; Di Prisco, M ; Falkner, H ; Gettu, R ; Gopalaratnam, V ; Groth, P ; Hausler, V ; Katsaragakis, F ; Kooiman, A ; Kovler, K ; Lehtonen, J ; Massicotte, B ; Mindess, S ; Reinhardt, H ; Rossi, P ; Schaerlaekens, S ; Schumacher, P ; Schnutgen, B ; Shah, S ; Skarendahl, A ; Stang, H ; Stroeven, P ; Swamy, R ; Tatnall, P ; Teutsch, M ; Walraven, J ; Wubs, A

Keywords:

fictitious crack-propagation, beams, strength, fibers, Science & Technology, Technology, Construction & Building Technology, Engineering, Civil, Materials Science, Multidisciplinary, Engineering, Materials Science, FICTITIOUS CRACK-PROPAGATION, STRENGTH, 0905 Civil Engineering, Building & Construction, 4005 Civil engineering