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| 研究生： |
陳佑任 Yo-Zen Chen |
|---|---|
| 論文名稱： |
BIM應用於鋼構件生產管理系統之研究 BIM applied to the research of steel component production management system |
| 指導教授： |
謝佑明
Yo-Ming Hsieh |
| 口試委員: |
楊亦東
I-Tung Yang 陳柏華 AlbertChen |
| 學位類別： |
碩士 Master |
| 系所名稱： |
工程學院 - 營建工程系 Department of Civil and Construction Engineering |
| 論文出版年： | 2018 |
| 畢業學年度： | 106 |
| 語文別： | 中文 |
| 論文頁數： | 97 |
| 中文關鍵詞： | 建築資訊模型 、視覺化 、網頁 、鋼構件 |
| 外文關鍵詞： | BIM, visualization, website, steel compoent |
| 相關次數： | 點閱：217 下載：9 |
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東和鋼結構的工程師在鋼結構的吊裝之前，如何與鋼構廠叫料，是一件重要的事情，像是一天要叫多少料就會受到工地腹地大小影響，或者要叫哪些料，這些都是以2D圖說為基礎上來執行的，但以2D圖說來叫料，就會跟工程師的3D概念有相關，且現場工程師人員流動率高，東和鋼結構的AS400系統對新進人員來說操作並不友善，工地現場所配置的電腦設配性能通常也沒很高，在執行BIM軟體時，通常開一個模型量體較大的專案就需要等待一陣子，綜合以上因素，想以一個以網頁方式呈現的直觀且操作系統簡易之系統。
本研究利用網頁相關技術開發一個可透過網路操作之BIM生產製造管理系統，能以3D-BIM模型方式叫退料，並且針對使用者想觀看的部位進行篩選，產出對應之表單，將吊裝的進度以四維(3D模型+時程)模擬的方式，協助使用者知道當天或者未來的吊裝進度，讓使用者能迅速的學會如何操作且在叫退料時不會有遺漏或重複叫退料的問題。
並非每台電腦都能迅速的操作工程軟體，為了將建築模型能夠方便在每台電腦上呈現，因此本研究利用scene.js、HTML、IFC、JavaScript、WebGL等技術加快執行速度，並將模型視覺化的呈現在網頁上。本研究對對建築資訊模型之IFC分析如何抓取資料與回傳，利用scene.js在網頁瀏覽器呈現3D圖像的展示，所以本系統無須安裝、設定，能適用於任何連網之電腦。
It is an important thing for the engineers of Tung Ho Steel Enterprise Corp Steel Structure to how to order with the steel structure before the hoisting of the steel structure.For example, how many materials are to be called in a day will be affected by the size of the site's hinterland, or what materials by 2D drawing is based on the implementation, but the 2D drawing order, it will be related to the 3D concept of engineers, and site staff flow rate is high, the Tung Ho Steel Enterprise Corp of the AS400 system for new staff operations are not friendly, on-site configuration of the computer is usually not very high performance,it run the BIM software, usually open a project with a large amount of model need to wait for a while, based on the above factors,so to solve this promblem provide a web page to Intuitive and easy-to-use operating system.
This study uses web-related technology to develop a web-enabled BIM manufacturing management system, which can be ordered and back-off in the 3D-BIM model and screened for the parts the user wants to watch,then create the corresponding form,hoisting the progress of the four-dimensional (3D model + time history) simulation, to help users know the day or future hoisting progress, so that users can quickly learn how to operate and oreder and return when there is no miss or repeat the call back the problem.
Not every computer can run engineering software rapidly. In order to show conveniently the building model to every computer , this study uses scene.js, HTML, IFC, JavaScript, WebGL and other technologies to speed up the execution. The model visual showed on the web. In this study, IFC analysis of building information model how to get data and return, the use of scene.js in web browser showing 3D model, so the system does not need to install, set, can be applied to any networked computer.
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6. Tekla Structures, [Online], Available: http://www.tekla.com/international/products/tekla-structures/pages/default.aspx.
7. https://zh.wikipedia.org/wiki/JQuery. (2015). jQuery.
