Introductory technical guidance for civil engineers, structural engineers and other professional engineers and construction managers interested in alkali/silicate.aggregate reaction in concrete construction. Here is what is discussed: 1. ALKALI-SILICA AGGREGATE REACTIONS, 2. CRITERIA FOR RECOGNITION OF POTENTIALLY DELETERIOUS CONSTITUENTS IN AGGREGATE, 3. METHODS OF DETERMINING THE POTENTIAL FOR REACTIVITY, 4. RELIABILITY OF AVAILABLE TEST METHODS, 5. CRITERIA FOR EVALUATING POTENTIAL REACTIVITY, 6. CONTROL OF ALKALI-SILICA AGGREGATE REACTIONS.

Alkali-Aggregate Reaction in Concrete: A World Review is unique in providing authoritative and up to date expert information on the causes and effects of Alkali-Aggregate Reaction (AAR) in concrete structures worldwide. In 1992 a first edition entitled The Alkali-Silica Reaction in Concrete, edited by Professor Narayan Swamy, was published in a first attempt to cover this concrete problem from a global perspective, but the coverage was incomplete. This completely new edition offers a fully updated and more universal coverage of the world situation concerning AAR and includes a wealth of new evidence and research information that has accumulated in the intervening years. Although there are various textbooks offering readers sections that deal with AAR deterioration and damage to concrete, no other single book brings together the views of recognised international experts in the field, and the wealth of scattered research information that is available. It provides a ‘state of the art’ review and deals authoritatively with the mechanisms of AAR, its diagnosis and how to treat concrete affected by AAR. It is illustrated by numerous actual examples from around the world, and comprises specialist contributions provided by senior engineers and scientists from many parts of the world. The book is divided into two distinct but complementary parts. The first five chapters deal with the most recent findings concerning the mechanisms involved in the reaction, methods concerning its diagnosis, testing and evaluation, together with an appraisal of current methods used in its avoidance and in the remediation of affected concrete structures. The second part is divided into eleven chapters covering each region of the world in turn. These chapters have been written by experts with specialist knowledge of AAR in the countries involved and include an authoritative appraisal of the problem and its solution as it affects concrete structures in the region. Such an authoritative compilation of information on AAR has not been attempted previously on this scale and this work is therefore an essential source for practising and research civil engineers, consultant engineers and materials scientists, as well as aggregate and cement producers, designers and concrete suppliers, especially regarding projects outside their own region.

This publication provides introductory technical guidance for civil engineers, structural engineers and other professional engineers and construction managers interested in alkali/silicate aggregate reactions in concrete. Here is what is discussed: 1. ALKALI-SILICA AGGREGATE REACTIONS, 2. CRITERIA FOR RECOGNITION OF POTENTIALLY DELETERIOUS CONSTITUENTS IN AGGREGATE, 3. METHODS OF DETERMINING THE POTENTIAL FOR REACTIVITY, 4. RELIABILITY OF AVAILABLE TEST METHODS, 5. CRITERIA FOR EVALUATING POTENTIAL REACTIVITY, 6. CONTROL OF ALKALI-SILICA AGGREGATE REACTIONS.

This book reviews the fundamental causes and spectrum effects of ASR. It considers he advances that have been made in our understanding of this problem throughout the world.

Introductory technical guidance for civil and structural engineers interested in alkali/silicate aggregate reactions in concrete. Here is what is discussed: 1. ALKALI-SILICA AGGREGATE REACTIONS 2. CRITERIA FOR RECOGNITION OF POTENTIALLY DELETERIOUS CONSTITUENTS IN AGGREGATE 3. METHODS OF DETERMINING THE POTENTIAL FOR REACTIVITY 4. RELIABILITY OF AVAILABLE TEST METHODS 5. CRITERIA FOR EVALUATING POTENTIAL REACTIVITY 6. CONTROL OF ALKALI-SILICA AGGREGATE REACTIONS.

Alkali-Aggregate Reaction in Concrete: A World Review is unique in providing authoritative and up to date expert information on the causes and effects of Alkali-Aggregate Reaction (AAR) in concrete structures worldwide. In 1992 a first edition entitled The Alkali-Silica Reaction in Concrete, edited by Professor Narayan Swamy, was published in a first attempt to cover this concrete problem from a global perspective, but the coverage was incomplete. This completely new edition offers a fully updated and more universal coverage of the world situation concerning AAR and includes a wealth of new evidence and research information that has accumulated in the intervening years. Although there are various textbooks offering readers sections that deal with AAR deterioration and damage to concrete, no other single book brings together the views of recognised international experts in the field, and the wealth of scattered research information that is available. It provides a ‘state of the art’ review and deals authoritatively with the mechanisms of AAR, its diagnosis and how to treat concrete affected by AAR. It is illustrated by numerous actual examples from around the world, and comprises specialist contributions provided by senior engineers and scientists from many parts of the world. The book is divided into two distinct but complementary parts. The first five chapters deal with the most recent findings concerning the mechanisms involved in the reaction, methods concerning its diagnosis, testing and evaluation, together with an appraisal of current methods used in its avoidance and in the remediation of affected concrete structures. The second part is divided into eleven chapters covering each region of the world in turn. These chapters have been written by experts with specialist knowledge of AAR in the countries involved and include an authoritative appraisal of the problem and its solution as it affects concrete structures in the region. Such an authoritative compilation of information on AAR has not been attempted previously on this scale and this work is therefore an essential source for practising and research civil engineers, consultant engineers and materials scientists, as well as aggregate and cement producers, designers and concrete suppliers, especially regarding projects outside their own region.

Introductory technical guidance for civil engineers and other professional engineers and construction managers interested in alkali/silicate reactions in concrete aggregate. Here is what is discussed: 1. ALKALI-SILICA AGGREGATE REACTIONS, 2. CRITERIA FOR RECOGNITION OF POTENTIALLY DELETERIOUS CONSTITUENTS IN AGGREGATE, 3. METHODS OF DETERMINING THE POTENTIAL FOR REACTIVITY, 4. RELIABILITY OF AVAILABLE TEST METHODS, 5. CRITERIA FOR EVALUATING POTENTIAL REACTIVITY, 6. CONTROL OF ALKALI-SILICA AGGREGATE REACTIONS.