Textilie pro speciální střešní konstrukce
Title Alternative:The Textiles for the Special Roof Construction
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Date
2010
Authors
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Journal ISSN
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Publisher
Technická Univerzita v Liberci
Abstract
Tato diplomová práce se zabývá studií textilií používaných pro speciální střešní konstrukce v textilní architektuře firmou Kontis Praha, s. r. o. V teoretické části je čtenář seznámen se základními pojmy týkajícími se technických textilií, textilní architektury, specifikací používaných materiálů pro tuto stavební technologii a současnou nabídkou vyráběných materiálů dodavatelů firmy Kontis Praha, s. r. o. Dále se zabývá výrobou povrstvených textilií, jejich konfekčním zpracováním a degradací těchto materiálů vlivem povětrnostních podmínek. V experimentální části je provedeno testování dvou povrstvených textilií odlišných použitou výrobní technologií a jednoho materiálu netextilního charakteru v podobě průhledné fólie. U vybraných materiálů byl zjišťován vliv různých klimatických podmínek  chlad, teplo a UV záření na jejich mechanické vlastnosti a vliv UV záření na jejich špinivost. Dále byly porovnány mechanické vlastnosti různých typů spojů provedených různou technologií spojování. Naměřené hodnoty byly graficky zpracovány a vyhodnoceny.
This thesis engages in the study of textiles that are used for the special roof construction by the firm Kontis Praha, s. r. o. in textile architecture. In the theoretical part, the reader is got acquainted with the key words. The key words concern the technical textiles, the textile architecture, and the specification of the used materials for this building technology and a current offer of manufactured materials of the suppliers of the firm Kontis Praha, s. r. o. Further, the theoretical part engages in the production of coated textiles, their ready-made elaboration and it also engages in degradation of these materials by the effect of the windy conditions. In the practical part, there is implemented the testing of two coated textiles which are different because of using another manufactured technology and one material that are not textile. This material is in the form of transparent sheet. There was investigated the effect of the various climatic condition such as cold, warm and UV radiation on their mechanical properties in choice materials. It was found the effect of UV radiation on dirt collection of testing materials. Further on, the mechanical properties of different kinds of connections made by several technologies of connection were compared. Finally, the measured values were worked up graphically and evaluated.
This thesis engages in the study of textiles that are used for the special roof construction by the firm Kontis Praha, s. r. o. in textile architecture. In the theoretical part, the reader is got acquainted with the key words. The key words concern the technical textiles, the textile architecture, and the specification of the used materials for this building technology and a current offer of manufactured materials of the suppliers of the firm Kontis Praha, s. r. o. Further, the theoretical part engages in the production of coated textiles, their ready-made elaboration and it also engages in degradation of these materials by the effect of the windy conditions. In the practical part, there is implemented the testing of two coated textiles which are different because of using another manufactured technology and one material that are not textile. This material is in the form of transparent sheet. There was investigated the effect of the various climatic condition such as cold, warm and UV radiation on their mechanical properties in choice materials. It was found the effect of UV radiation on dirt collection of testing materials. Further on, the mechanical properties of different kinds of connections made by several technologies of connection were compared. Finally, the measured values were worked up graphically and evaluated.
Description
katedra: KHT; rozsah: 58
Subject(s)
technické textilie, povrstvené textilie, architektura, pevnost tahu, tažnost, technical textiles, coated textiles, architecture, tensile strength, elongation