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MELCHER, J. KARMAZÍNOVÁ, M.
Original Title
Influence of Atmospheric Physical Effects on Static Behavior of Building Plate Components Made of Fiber-Cement-Based Materials
Type
journal article - other
Language
English
Original Abstract
The paper presents the brief information on particular results of experimental study focused to the problems of behavior of structural plated components made of fiber-cement-based materials and used in building constructions, exposed to atmospheric physical effects given by the weather changes in the summer period. Weather changes represented namely by temperature and rain cause also the changes of the temperature and moisture of the investigated structural components. This can affect their static behavior that means stresses and deformations, which have been monitored as the main outputs of tests performed. Experimental verification is based on the simulation of the influence of temperature and rain using the defined procedure of warming and water sprinkling with respect to the corresponding weather conditions during summer period in the South Moravian region at the Czech Republic, for which the application of these structural components is mainly planned. Two types of components have been tested: (i) glass-fiber-concrete panels used for building façades and (ii) fiber-cement slabs used mainly for claddings, but also as a part of floor structures or lost shuttering, and so on.
Keywords
Atmospheric physical effect, building component, experiment, fiber-cement, glass-fiber-concrete, simulation, static behavior, test, warming, water sprinkling, weather.
Authors
MELCHER, J.; KARMAZÍNOVÁ, M.
RIV year
2012
Released
24. 10. 2012
Publisher
World Academy of Science, Engineering and Technology
Location
U.S.A
ISBN
2010-376X
Periodical
Year of study
Number
70
State
Republic of Indonesia
Pages from
1043
Pages to
1048
Pages count
6
BibTex
@article{BUT96762, author="Jindřich {Melcher} and Marcela {Karmazínová}", title="Influence of Atmospheric Physical Effects on Static Behavior of Building Plate Components Made of Fiber-Cement-Based Materials", journal="World Academy of Science, Engineering and Technology", year="2012", volume="2012", number="70", pages="1043--1048", issn="2010-376X" }