Bond and interfacial properties of reinforcement in self-compacting concrete W. ZhuM. SonebiP. J. M. Bartos OriginalPaper Pages: 442 - 448
Temps zéro de référence pour les mesures de retrait J. -L. GranjuM. SarkisG. Escadeillas OriginalPaper Pages: 449 - 455
The relationship between chloride migration rate for concrete and electrical current in steady state using the accelerated chloride migration test C. C. YangS. W. Cho OriginalPaper Pages: 456 - 463
A four-exponential model to describe the behaviour of fibre reinforced concrete M. K. LeeB. I. G. Barr OriginalPaper Pages: 464 - 471
Mould and phototroph growth on masonry façades after repainting M. A. ShirakawaV. M. JohnW. Gambale OriginalPaper Pages: 472 - 479
Planar shear moduli of rigidity of an oriented strand board from bending and shear tests W. H. Thomas OriginalPaper Pages: 480 - 484
RILEM recommendation MDT. D.1—Indirect determination of the surface strength of unweathered hydraulic cement mortar by the drill energy method RILEM Recommendations Pages: 485 - 487
RILEM recommendation MDT. D.3—Determination “in situ” of the adhesive strength of rendering and plastering mortars to their substrate RILEM Recommendations Pages: 488 - 490
RILEM recommendation MDT. D. 4: In-situ stress tests based on the flat jack RILEM Recommendations Pages: 491 - 496
RILEM recommendation MDT. D.5—in-situ stress-strain behaviour tests based on the flat jack RILEM Recommendations Pages: 497 - 501
Discussion of the paper: ‘Predicting the performance of concrete structures exposed to chemically aggressive environment-field validation’, by J. Marchand, E. Samson, Y. Maltis, R.J. Lee and S. Sahu W. G. HimeB. Erlin Letter to the Editor Pages: 502 - 504