Dependence between the width of strip overlap and the strength of joints of one-layer bitumen sheets

Author:

Petříček Tomáš,Kacálek Petr

Abstract

This paper focuses on the examination of mutual dependence of overlap width of bituminous sheets and the strength characteristics of their mechanically fastened joints. Bituminous sheets with two different widths of overlap and different degree of modification were selected as samples for experimental measurements. They are supposed to be used as single-layer mechanically fastened waterproofing membranes. The aforementioned dependence has not been explicitly documented yet. The aim of this paper is to confirm or to refute a hypothesis that a relationship exists between a different width of overlap of bituminous sheets and the strength of their joints. The formulation of the results was based on the statistical evaluation of laboratory measurement data.

Publisher

EDP Sciences

Subject

General Medicine

Reference7 articles.

1. Petříček T., Adhesion of joints of mechanically fastened bitumen sheets (Doctoral thesis, University of Technology, Faculty of Civil Engineering, Brno, 2013)

2. ČSN EN 13707+A2 Waterproofing sheets and foils – Reinforced roof waterproofing bitumen sheets – Definitions and characteristics (The Institute of Technical Standardization, Metrology and State Testing, Prague, 12/2009)

3. Plachý J.. MATEC Web of Conf. 93, 02004 (2017)

4. Plachý J.. MATEC Web of Conf. 93, 02006 (2017)

5. Smolka R., Sobotka J., Šulistová J., MATEC Web of Conf. 93, 01009 (2017)

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