Publications

Proceedings pro057 : RILEM workshop on Performance of cement-based materials in aggressive aqueous environments - characterization, modelling, test methods and engineering aspects


Title: RILEM workshop on Performance of cement-based materials in aggressive aqueous environments - characterization, modelling, test methods and engineering aspects
Edited by Nele De Belie
ISBN: none
e-ISBN: 978-2-35158-059-2
Pages: 120
Publication date: 2008


Contents


Preface
Author(s): M. Alexander, N. De Belie
Pages: 1

Nature of the problem: characterisation and degradation aspects


The performance of cements in chemically aggressive environments
Author(s): F. Glasser
Pages: 3 - 8

Attack of cementitious materials by organic acids in agricultural and agrofood effluents - a review
Author(s): A. Bertron
Pages: 9 - 22

Concrete under ammonium nitrate attack and stress corrosion
Author(s): U. Schneider
Pages: 23 - 30

Modelling


A review of approaches to model cementitious material degradation in aqueous environments
Author(s): E. Samson, J. Marchand, P. Henocq
Pages: 31 - 44

Influence of limestone additions on sulfate ingression
Author(s): B. Lothenbach, T. Schmidt, M. Romer
Pages: 45 - 52

Modelling acid attack on concrete structural components
Author(s): R.E. Beddoe
Pages: 53 - 60

Effect of NaCl content in immersion solution on the decalcification of cement pastes
Author(s): P. Henocq
Pages: 61 - 72

Test methods


Evaluation of methods for testing concrete degradation in aggressive solutions
Author(s): N. De Belie
Pages: 73 - 84

Evolution of North American standards for sulfate resistance: an historical perspective and recent developments
Author(s): D. Hooton
Pages: 85 - 97

A dynamic hydrochloric acid test for evaluating acid resistance of sewer pipe concrete
Author(s): C.W. Fourie, M.G. Alexander
Pages: 98 - 107

Engineering aspects


Sewer condition assessment as a design input
Author(s): A. Goyns
Pages: 108 - 115

Sulphate attack from an engineering perspective
Author(s): M. Santhanam
Pages: 116 - 123