完整後設資料紀錄
DC 欄位語言
dc.contributor.author陳旻泓
dc.contributor.author蔡建廷
dc.date104學年度 第一學期
dc.date.accessioned2016-01-22T06:59:36Z
dc.date.accessioned2020-07-30T08:13:01Z-
dc.date.available2016-01-22T06:59:36Z
dc.date.available2020-07-30T08:13:01Z-
dc.date.issued2016-01-22T06:59:36Z
dc.date.submitted2016-01-22
dc.identifier.otherD0224718、D0030165
dc.identifier.urihttp://dspace.fcu.edu.tw/handle/2377/31545-
dc.description.abstract近年來3D列印的急速發展,在製造業、醫學用途上皆有很多應用。3D列印可以使用多種材料,從目前最普遍的塑膠材質到工業用的金屬材質皆有。既然3D列印在許多方面都有不同的應用,我們便思考如果能在建築方面結合建築資訊模型BIM(Building Information Modeling)做出3D模型,使建築師在繪圖後可以利用模型展示整體的結構和檢視建築物的實體空間,或者是讓建築工人利用3D列印將所需要的建物元件實際用在建築物的建造上,使得在建造上更快速有效率,未來還可以很容易的利用元件的資訊或3D列印來修補和維護建築物。 我們參考台灣潤泰集團的預鑄工法,先在工廠預鑄大小樑柱、樓板等,保留了建築結構接合的部分不進行預鑄,再到工地現場打設混凝土和進行組裝,這種分工合作的方式可以縮短大量的工時,能夠提高效率、品質和不受工地氣候的影響。所以我們希望根據此工法的流程與3D列印技術結合,能進一步將建造房屋的時程縮短,減少人力和成本,降低工業所造成的環境汙染。透過這樣的建造模式,更有利於建物的保養和維護,所以我們發展一個使用3D列印來輔助建物維護的資訊系統,以現有建築物所需的維護資訊建構參考雛型。 在本專題中,我們以古老的三合院建築為例,在構圖時將所需的物件結構化及參數化,把所需的建築物件之長、寬、深及使用的材質都記錄於資料表中,未來需要維修或是修復重建時,可從資料表選取材料再利用3D列印修復的元件。如果無法以3D列印修復時,也可提供建物的結構數據和材質資料,進行傳統工法的修復。希望我們的雛型系統可以提供維護建物或古蹟的參考,提醒相關政府單位即時建立古蹟的建築資訊,為維護古建築物盡棉薄之力。
dc.description.tableofcontentsIn recent years, there is a lot of research on 3D printing using various materials like plastic, metal, ceramic, etc. Since this technology has been used successfully in manufacture and medical industries, we can integrate the technologies of 3D printing and Building Information Model (BIM) to generate 3D models for construction applications. 3D printing not only enables architects and construction engineers to show and visualize their building designs, but also provides components production for building construction. Combining with the computerized information, 3D printing can also be used for building maintenance and preservation. We consult the precast construction method of Ruentex Group in Taiwan, where a prefabricated building is mostly constructed by factory-built components or units that are assembled on-site. The prefab house approach reduces construction cost and time with better quality and efficiency. Applying 3D printing to work with the process of precast construction can further improve the labor cost and reduce environment impact on the construction site and components manufacture facility. It also makes the maintenance and repairs more efficient. Therefore, we develop an information system that uses 3D printing and building information to assist building maintenance and preservation. In this project, we use the main hall of a San Ho Yuan (三合院) as an example to build a prototype system. The San Ho Yuan contains a courtyard where the main hall in the middle has wings on both sides. In our design process, first, we need to analyze the structure of the main hall and parameterize our 3D model. Then, we measure the building’s length, height, and depth along with the dimensions of each room including the windows and doors. We also record the used material as well as the shape and sculpture. If there is a need to repair or rebuild the building in the future, we can use 3D printing with the recorded data to do the job. If 3D printing does not work, we can still use traditional approaches to make the maintenance more efficiently with the assistance of our system. In addition to regular buildings, we hope to use our prototype system to help maintain and restore historical buildings and monuments. It is the least we can do to help government taking responsibility for the maintenance and restoration of ancient architectures with cultural heritage.
dc.format.extent64
dc.language.isozh
dc.rightsopenbrowse
dc.subject3D列印
dc.subject3D建模
dc.subject建築資訊模型
dc.subject三合院
dc.subject建物維護
dc.subject3D printing
dc.subject3D model
dc.subjectBuilding Information Model
dc.subjectSan Ho Yuan
dc.subjectBuilding maintenance
dc.title3D列印輔助建物維護
dc.title.alternativeUsing 3D Printing to Assist Building Maintenance and Preservation
dc.typeUndergraReport
dc.description.course專題研究(二)
dc.contributor.department資訊工程學系, 資電學院
dc.description.instructor楊東麟
dc.description.programme資訊工程學系, 資電學院
分類:資電104學年度

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