Efficiency Analysis of Materials Used for Mechanical Methods for Damp Masonry Rehabilitation

Lenka Mizerová; Radim Smolka

doi:10.4028/www.scientific.net/AMR.688.87

Paper Titles

Advanced, Thermal Insulation Materials Suitable for Insulation and Repair of Buildings
p.54

Hydrophobized Lime Plasters as Protective Surface in Wet Rooms in Monument Preservation
p.60

Impact of the Chemical Injection Method on the Dispersion of the Injected Agents in Masonry
p.73

Several Comments on the Broumov Group of Churches Using Experiances with Water Table Variation on other Historical Sites
p.79

Efficiency Analysis of Materials Used for Mechanical Methods for Damp Masonry Rehabilitation
p.87

Role of the Geologists in the Process of Monuments Ashlar Masonry Repair
p.93

Survey of the Part of Medieval Fortification System of Prague Lesser Town
p.100

Rehabilitation of Concrete Surfaces of Hydropower Engineering Structures Deteriorated by Soft Corrosion and Cavitation
p.107

Concrete Structures Restoration from the Fire Safety Point of View
p.113

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Efficiency Analysis of Materials Used for Mechanical Methods for Damp Masonry Rehabilitation

Abstract:

The issue of rehabilitation of buildings due to the effects of soil and atmospheric humidity is very difficult and in the field of present civil engineering it creates an independent and highly specialized discipline. The paper deals with laboratory determination of the efficiency of the mechanical methods for rehabilitation of damp brick masonry against the effect of ground capillary moisture. The assessed materials of mechanical undercut masonry are bitumen waterproofing and waterproofing membranes and also mechanically hammered in waterproofing metal sheet made of high-quality stainless steel. The comparison was made not only between particular materials, but also with reference samples without previous waterproofing.