Concrete surface engineering / Benoit Bissonnette, Luc by Benoit Bissonnette, Luc Courard, Andrzej Garbacz

By Benoit Bissonnette, Luc Courard, Andrzej Garbacz

Applying any fabric to an current concrete floor intrinsically involves the improvement of a bond. contemplating the ever expanding significance of concrete fix and security, which indicate the production of an interface among fabrics, a stronger wisdom of concrete floor features is paramount.

Surface engineering, which has developed from the area of metallurgy, addresses all surface-related concerns, particularly adhesion. It offers a basic figuring out of what is going to make the touch among fabrics powerful or no longer, taking into account interactions of variable depth. It additionally comes with numerous medical instruments for characterizing the standard of the substrate, the houses of the recent fabric layer and their interface. in terms of concrete floor therapy, this is often particularly vital for reaching lasting results.

This booklet addresses the necessities of concrete floor engineering in view of a large choice of concrete floor remedies, from protecting coatings to upkeep. It offers a modern resource of knowledge for practising engineers, architects, fix experts, and researchers at the following topics:

  • Surface engineering rules utilized to concrete
  • Methods and methods for assessing concrete floor characteristics
  • Fundamentals of adhesion among concrete and floor repairs/treatments
  • Compatibility necessities for concrete floor repairs/treatments
  • Review of floor practise recommendations on hand for concrete
  • Achievement and appraisal of bond among current concrete and floor repairs/treatments

Benoît Bissonnette is professor of civil engineering at Laval collage in Quebec urban, Canada.

Luc Courard is professor of creating fabrics on the college of Liège in Belgium.

Andrzej Garbacz is professor of creating fabrics engineering within the division of establishing fabrics Engineering on the Warsaw collage of know-how in Poland.

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Extra resources for Concrete surface engineering / Benoit Bissonnette, Luc Courard, Andrzej Garbacz

Sample text

Proceedings of the Third Colloquium on Materials Science and Restoration, Esslingen, Germany, pp. 858–871. Courard, L. (1999) Contribution à l’analyse des paramètres influençant la création de l’interface entre un béton et un système de réparation. Doctoral thesis, Faculty of Applied Sciences, University of Liege, Liege, Belgium, 213pp. (in French). Courard, L. (2005) Adhesion of repair systems to concrete: Influence of interfacial topography and transport phenomena. Magazine of Concrete Research, 57(5), 273–282.

5 Surface concrete defects Different types of degradation can be found on concrete structures such as leakage, settlements, deflection, wear, spalling, disintegration, scaling, delamination, etc. (Emmons and Vaysburd, 1994). The deterioration processes result from a variety of interacting physical, chemical and mechanical phenomena. 14). 14 Typical zones of chloride ions attack. 19. These degradations affect the quality of the NSL to a variable degree. The investigations necessary to qualify and quantify the defects and the causes of these defects must be organized in such a way that the origin of degradation can be identified and eventually acted upon (Schrader, 1992a,b,c).

ACI Materials Journal, 84(6), 511–518. Pritchard, B. (1992) Bridge Design for Economy and Durability. : Thomas Telford Services, 172pp. K. (1992a) Mistakes, misconceptions, and controversial issues concerning concrete and concrete repairs (part I). Concrete International, 14(9), 52–56. K. (1992b) Mistakes, misconceptions, and controversial issues concerning concrete and concrete repairs (parts II). Concrete International, 14(10), 48–52. K. (1992c) Mistakes, misconceptions, and controversial issues concerning concrete and concrete repairs (parts III).

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