Experimental Determination of Innovative Plaster Moisture Expansion

Jozefa Lukovičová; Gabriela Pavlendová; Stanislav Unčík

doi:10.4028/www.scientific.net/AMR.1122.153

Paper Titles

Development of Lightweight Repair Materials Applicable to Re-Profiling to the Lightweight Concrete
p.135

Comparison of Standardized Test Methods for Determining the Permeability of the Surface Layer of Concrete
p.141

Enhancing the Wood Glue Bond Using Cellulose Modified Epoxy
p.145

Experimental Comparison of Air Pore Content of Concrete with Different Dosage of Cement by Microscopic Analysis
p.149

Experimental Determination of Innovative Plaster Moisture Expansion
p.153

Influence of Firing Temperature on the Quality of Fly Ash Body
p.157

Investigating Interior Changes in Historical Building by Computational Modeling and Determination Critical Places for Structural Conservation
p.161

Long-Term Durability of Modified Wood-Polymer Composite to Alternate the Solid Wood External Application
p.165

Microscopic Analysis of Degradation of Polymer Fibers Subjected to Aggressive Environment
p.169

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1122Experimental Determination of Innovative Plaster...

Experimental Determination of Innovative Plaster Moisture Expansion

Abstract:

The problem of the reconstruction of the historical building surface layers is in material compatibility. The basics of the convenient choice of materials for reconstruction is understanding some physical properties of used materials. The crucial properties are moisture and temperature induced deformation. The effect of moisture sorption on the elastic behavior of innovative plaster for renovation is investigated. The measurements are performed for moisture content from the dry state to the saturation water content and temperature range of 10 - 40°C.

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Periodical:

Advanced Materials Research (Volume 1122)

Pages:

153-156

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.1122.153

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Online since:

August 2015

Authors:

Jozefa Lukovičová*, Gabriela Pavlendová, Stanislav Unčík

Keywords:

Historical Buildings, Moisture Expansion, Plasters, Renovation, Sustainable Construction

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References

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