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Architecture Ornament & The Influence Of Architecture Ornament To Structural Reliability

Posted on:2006-04-27Degree:MasterType:Thesis
Country:ChinaCandidate:Y J HuangFull Text:PDF
GTID:2132360182967601Subject:Structural engineering
Abstract/Summary:PDF Full Text Request
With the emergence of human architecture behavior, architecture ornament becomes a new kind of human activity. The development of architecture ornament industry is closely related to that of social history. The aim of architecture ornament activity is to beautify buildings and their inside appearance. It can protect architecture components from destroying, improve the inside and outside house environment, create architecture styles, meet the material and mental needs of human being and so on. With the improvement of the inhabitable condition, people like to decorate their houses, such as dismantle a wall, cut a hole, pave the floor, mount ceiling, envelop the balcony and so on, which do somewhat harms to the structure. In order to reduce the harmfulness, we take the applicability, endurance and reliability in consideration to study the decorating influence to the components of construct in this paper. We find that reasonable decoration can improve the applicability of the structure and inhabitability of the house, but disqualified decoration can jeopardize the structure and destroy the inhabitability. Proper decorating cover can effectively postpone the carbonization of the surface of concrete, raise the endurance of the components and prolong the life of structure, but improper cover will result in the breakage ahead of schedule and destroy the endurance. The influence of architecture ornament to component reliability is related to the influence to the load and resistance of components. In this paper, we take the floor ply for example and compare the change of reliability between the fore and after decoration to analyse the influence of ornament to the load and resistance of components.
Keywords/Search Tags:Decoration, Applicability, Endurance, Reliability
PDF Full Text Request
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