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生命週期觀點下之低碳節能建築構造比較分析 = Comparative A...

國立高雄大學都市發展與建築研究所

生命週期觀點下之低碳節能建築構造比較分析 = Comparative Analysis on the Structures of Low-Carbon and Energy Saving based on the Viewpoint of Life Cycle

Record Type:	Language materials, printed : monographic
Paralel Title:	Comparative Analysis on the Structures of Low-Carbon and Energy Saving based on the Viewpoint of Life Cycle
Author:	楊佳蓉,
Secondary Intellectual Responsibility:	國立高雄大學
Place of Publication:	[高雄市]
Published:	撰者;
Year of Publication:	2012[民101]
Description:	112面圖，表格 : 30公分;
Subject:	低碳建築
Subject:	Low-carbon Construction
Online resource:	http://handle.ncl.edu.tw/11296/ndltd/38500489557702716982
Notes:	參考書目：面90-91
Notes:	含附錄
Summary:	隨著都市開發、急速增長的人口和工業的興盛，所造成環境上的汙染和不斷壓縮的生存空間，所有的建築物、交通設施、商業設施等建造基礎，都是透過土木、建築工程來施工完成的，而建築物已成為城市生活的地標特徵，然而主要將建築材料構成這些設施的物質基礎影響了建築物之壽命原因。依據全生命週期評估(Life Cycle Assessment)分析建築物的建材、營建、使用、回收階段中，建築物本身排放的耗能，包括採集及加工原材料所需製成建築物構件和成品生產所產生的能源，均為建造建築物所使用的能量及耗能，在建築物全生命週期階段的建築物設計、建造、運作、拆除回收的過程中材料的製作過程、運輸過程、建築施工過程等相關環節裡是可幫助降低環境問題，在每一個全生命週期的階段，這些資源的使用都有可能在全球或各國家地區、個人的範圍內產生出重要的環境效益。鑒於目前國內的綠建築節能效益之評估，多以建築物之使用維護階段為主，本研究強調考慮全生命週期觀點，以建築之材料選擇及營造施工階段為主要探討課題，以山形桁架建築結構型式，評估鋼筋混凝土、鋼構造、木構造之建築結構的能源消耗、二氧化碳排放量及結構性能作綜合評估研究，以作為低碳結構之設計基準。透過國內外指標性的永續建築評估工具，藉由生命週期初步的分析及探討來評估永續建築的發展，主要從生產建材的使用階段降低耗能及CO2排放量，在建築物結構設計上規劃，可達到減少自然資源及減輕建築構造負擔來提升能源效益，在後續營造施工階段應結構設計來降低廢棄物排放及降低施工成本…等經濟效益，並藉由案例驗證可來得出三種不同建築構造的結構性能設計所消耗的能源及CO2排放量，可有效降低建築物全生命週期所產生的耗能及CO2排放量。 As urban developing, population speedy increasing and industry booming, it causes environment population and reduction of living space continually. The basis of construction such as all of the building, traffic and business facilities, it’s through construction and building works to finish. Buildings have become a characteristic of landmark. However, the reason of buildings of life is these material foundations of facilities to be composed by ingredient of buildings. According to Life Cycle Assessment to analyze its consumption in the construction materials, building, use and recycling stage including collecting and processing original material that is needed to become component of the building and finished products that produce energy, all of them are energy of use and consumption to build these buildings. In the processing of designed, constructed, operated, removing and recycling in life cycle statement of building. The process of manufacturing, transportation, construction and so on, of ingredients, it can help reduce environment problems. In every whole life cycle period, these resources used may cause important benefit to environment around the world, every country area or personal extent. Because now the analysis of saving energy benefit in green construction in domestic, the main is protection period of use to construction. The research focuses on thinking of the viewpoint of life cycle, as the choice of materials and the period of build for main exploration of topic. As trussed structure to comprehensively estimate the structure of energy consumption, CO2 emission and structure function of reinforced concrete, steel construction, and wooden construction for the foundation of low-carbon structure to design.Through out the index instrument to estimate sustainable building around the world with life cycle analysis at first step and exanimate the development of sustainable building. They main is the period of use construction materials that can reduce the CO2 emission to reach decrease natural resources, energy export and mitigate the burden with building structure to promote benefit to energy. In last work stage, it can increase benefit to economy by lessening waste emission and work cost, and so on. By the proof of case, I can get three kinds of structure functions designs of the structure of buildings that consumption of energy and CO2 emission. That can decrease efficiently the consumption of producing during all life cycle and CO2 emission with the buildings.

生命週期觀點下之低碳節能建築構造比較分析 = Comparative Analysis on the Structures of Low-Carbon and Energy Saving based on the Viewpoint of Life Cycle
楊, 佳蓉

生命週期觀點下之低碳節能建築構造比較分析 = Comparative Analysis on the Structures of Low-Carbon and Energy Saving based on the Viewpoint of Life Cycle / 楊佳蓉撰 - [高雄市] : 撰者, 2012[民101]. - 112面 ; 圖，表格 ; 30公分.
參考書目：面90-91含附錄.
低碳建築Low-carbon Construction

生命週期觀點下之低碳節能建築構造比較分析 = Comparative Analysis on the Structures of Low-Carbon and Energy Saving based on the Viewpoint of Life Cycle
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