Abstract
The purpose of testing the samples made in the form of layered lightweight floor system (LFS) composites was to determine...
Highlights
The purpose of testing the samples made in the form of layered lightweight floor system (LFS) composites was to determine the maximum and intermediate shear strength of the adhesives adopted, their elongation and deformation
Three different composites were made, each consisting of five samples in which polyurethane glue and type C2S1, C2S2 cement adhesive, reinforced with fiberglass mesh with a weight of 320g/m2 was used
In the case of a sample connected with polyurethane glue, aluminum foil which was 45μm thick was glued on the XPS insulation, which is one of the layers of the LFS model in some applications
Summary
The purpose of testing the samples made in the form of layered lightweight floor system (LFS) composites was to determine the maximum and intermediate shear strength of the adhesives adopted, their elongation and deformation. In the shear strength test, floor tiles glued to the thermal insulation on a surface of 10 x 20cm were initially used, using after one sample of each from the three types of adhesives to check the initial shear stress σs1.
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