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Compatibility of Elastic PCC Coating and Concrete Substrate

Published/Copyright: December 3, 2014
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Restoration of Buildings and Monuments
From the journal Restoration of Buildings and Monuments Volume 18 Issue 3-4

229Restoration of Buildings and MonumentsBauinstandsetzen und BaudenkmalpflegeVol. 18, No. 3/4, 229 – 238 (2012)Compatibility of Elastic PCC Coating and Concrete SubstrateA. Garbacz1* and W. Głodkowska21Warsaw University of Technology, Faculty of Civil Engineering, Warsaw, Poland, a.garbacz@il.pw.edu.pl2Koszalin University of Technology, Faculty of Civil and Environmental Engineering, Koszalin, Poland, glod@wbiis.tu.koszalin.pl*Corresponding author: A. Garbacz, E-mail: a.garbacz@il.pw.edu.plAbstractRepair of any concrete structure results in formation of complex two-component repaired concrete-repairmaterial systems. Good co-operation requires compatibility of the whole system. In L. Czarnecki’s approach,a number of inequalities defining good compatibility requirements has been formulated for three main mod-els of repair systems: injection, structural surfacing and coating.In this paper, the previously formulated compatibility coating model was adapted for meeting specific prop-erties of elasticized PCC coating as well as the requirements of the EN 1504-2. The computer simulationswere performed for three various values of coating thickness, maximum crack width and its opening variation.The usability of compatibility approach was also confirmed in practice during selection of coating for protec-tion of concrete walls in the concrete sewage aeration tank. The obtained results clearly demonstrate the effi-ciency of the compatibility approach. Keywords:Concrete durability; Anticorrosion protection; Compatibility.
Published Online: 2014-12-3
Published in Print: 2012-8-1

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Articles in the same Issue

  1. Contents / Inhalt
  2. Impressum
  3. Editorial
  4. Professor Lech Czarnecki - a Great Scientist and a Dear Friend
  5. Concrete-Polymer Composites C-PC – Reading with Understanding
  6. Contribution of Concrete-Polymer Composites to Sustainable Construction and Conservation Procedures
  7. Resilience and Trends of Concrete-Polymer Composites in Japan
  8. Reactive Powder Concrete as a Polymer Modified Concrete
  9. Evaluation of the Properties of Self-Repairing Epoxy-Cement Composite
  10. Freeze/Thaw Performance of Polymer Modified Cementitious Mortars Exposed to NaCl Solution
  11. Polymer Impregnation of Textile Reinforced Concrete to Enhance Durability – Laboratory Testing and Long-Term Modelling
  12. SIFCON with Latex Modified Cement Slurry Used for a Thin Overlay of a Bridge Deck
  13. The Great East Japan Earthquake Disaster and Sustainable Infrastructures
  14. Forensic Engineering Applied to Failures in Concrete Polymer Materials
  15. Rehabilitation of a Deteriorated Aqueduct Using Polymer Composites: A Case Study
  16. Compatibility of Elastic PCC Coating and Concrete Substrate
  17. Characterisation of Polymers Using Mobile NMR
  18. Static Detection of Thin Layers into Concrete with Ground Penetrating Radar
  19. Short Notes / Mitteilungen
  20. New Books / Neuerscheinungen
  21. Calendar of Events / Veranstaltungskalender
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https://doi.org/10.1515/rbm-2012-6530

Articles in the same Issue

  1. Contents / Inhalt
  2. Impressum
  3. Editorial
  4. Professor Lech Czarnecki - a Great Scientist and a Dear Friend
  5. Concrete-Polymer Composites C-PC – Reading with Understanding
  6. Contribution of Concrete-Polymer Composites to Sustainable Construction and Conservation Procedures
  7. Resilience and Trends of Concrete-Polymer Composites in Japan
  8. Reactive Powder Concrete as a Polymer Modified Concrete
  9. Evaluation of the Properties of Self-Repairing Epoxy-Cement Composite
  10. Freeze/Thaw Performance of Polymer Modified Cementitious Mortars Exposed to NaCl Solution
  11. Polymer Impregnation of Textile Reinforced Concrete to Enhance Durability – Laboratory Testing and Long-Term Modelling
  12. SIFCON with Latex Modified Cement Slurry Used for a Thin Overlay of a Bridge Deck
  13. The Great East Japan Earthquake Disaster and Sustainable Infrastructures
  14. Forensic Engineering Applied to Failures in Concrete Polymer Materials
  15. Rehabilitation of a Deteriorated Aqueduct Using Polymer Composites: A Case Study
  16. Compatibility of Elastic PCC Coating and Concrete Substrate
  17. Characterisation of Polymers Using Mobile NMR
  18. Static Detection of Thin Layers into Concrete with Ground Penetrating Radar
  19. Short Notes / Mitteilungen
  20. New Books / Neuerscheinungen
  21. Calendar of Events / Veranstaltungskalender
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