平介設計 | 超級設計創作營-戴爾廣州設計周展廳-設計風向

項目受廣州設計周的超級生活趨勢聯展邀請，聯合設計界的新銳設計師，對當代青年流行消費文化進行挖掘與歸納，彙集其生活體驗、審美愛好，並預測未來中國市場的文化生活方式與消費場景，同時與戴爾小企業官方進行合作，希望圍繞戴爾的核心產品，針對不同的設計領域，如建築室內設計、平麵設計、動畫設計和遊戲設計等方向給出不同的解決方案，展示一個未來設計師設計創作與工作交流的平台。

The project was invited by the Super life Trend joint exhibition of Guangzhou Design Week, and cooperated with the new designers in the design field to explore and summarize the popular consumption culture of contemporary youth. Collect their life experience and aesthetic taste, and predict the cultural lifestyle and consumption scene of the future Chinese market. At the same time, we cooperated with Dell Small Business, hoping to provide different solutions for different design fields, such as architecture and interior design, graphic design, animation design and game design, concentrating on Dell’s core products, so as to present a platform for design creation and work communication of future designers.

“超級設計創作營”作為戴爾在廣州設計周的主要產品展示中心，是承擔設計周期間戴爾的產品發布、文化沙龍等公共功能的展亭，我們希望顛覆傳統展廳的白盒子空間，打通空間的界限，創造一個流動與自由的空間。展廳的靈感來源於古老的拱形結構，使之經過拉伸變換與組合，最終生成了漂浮的曲麵拱結構的形態。我們將曆史的建築結構元素通過一種當代的、科技與藝術相融合的設計手法來重新定義結構形態的可能性，希望引發人們重新思考“科技與曆史”連接的可能性。

As the main product exhibition center of Dell in Guangzhou Design Week, “Super Design Workshop” is a pavilion for dell’s product launches, cultural salons and other public functions during the design Week. We hope to overturn the white box space of the traditional exhibition hall, break through the boundaries of space, and create a flowing and free space. The pavilion is inspired by the ancient arch structure, which is stretched, transformed and combined to create a floating curved arch structure. We redefined the possibility of structural form through historical architectural structural elements in a contemporary design approach that combines technology and art, hoping to trigger people to rethink the possibility of connection between “technology and history”.

∇ 裝置外觀，Installation exterior view ©紮西培楚

∇ 裝置內部，Installation interior view ©紮西培楚

展廳主題為“超級設計創作營”，設計借助了戴爾Precision係列工作站對展廳進行全周期的設計，還使用了蘇黎世聯邦理工學院Block Research Group研發的Rhino Vault插件，目的是希望最大限度地借助計算機輔助設計來生成建築形態，體現超級設計的主題。

The theme of the pavilion is ” Super Design Workshop”. The design uses Dell Precision workstations to design the pavilion for the whole cycle, and also uses Rhino Vault plug-in developed by Block Research Group of ETH Zurich. The purpose is to maximize the use of computer-aided design to generate architectural forms, reflecting the theme of super design.

∇ 人與裝置尺度關係，The relationship between the human scale and the installation ©紮西培楚

∇ 行人穿過裝置空間，Pedestrian walking through the installation space ©紮西培楚

設計過程中運用了不同的硬件與軟件配置的戴爾係列產品對展廳設計的不同階段進行展示，包涵前期的概念設計、方案設計與施工建造三個階段，使得計算機充分地介入建築設計的過程，最高效地提高形態多樣性、結構和材料合理性與施工便捷性，意在呈現每一款產品在設計過程中的最佳使用性能。

In the design process, dell series products with different hardware and software configurations are used to display the different stages of the pavilion design, including the three stages of conceptual design, project design and construction. This makes the computer fully involved in the process of architectural design, the most efficient to improve the diversity of form, structure and material rationality and construction convenience. It is intended to present the best performance of each product in the design process.

∇ 非線性設計方案展示，Demonstration of non-linear design proposals ©紮西培楚

∇ 中央計算機主展區，Central Computer Exhibition ©紮西培楚

∇ 交流討論區，Discussion Area ©紮西培楚

展廳造型本身是基於推力線網絡分析方法生成的：首先通過圖形解和力圖解的對應關係，獲得薄殼結構在二維空間的合理形態，然後利用線性優化算法結合外荷載數值對可行解優化，最終求得結構三維空間結構。相當於計算機輔助設計：在確定方案時，不僅能夠最大程度的發揮材料的效率，降低造價，也會使得建築更加輕盈、合理。

The modeling of Pavilion itself is generated based on the thrust line network analysis method: firstly, the reasonable shape of the thin shell structure in two-dimensional space is obtained by the corresponding relationship between the graph solution and the force diagram solution。 Then the feasible solution is optimized by the linear optimization algorithm combined with the external load value, and finally the three-dimensional space structure of the structure is obtained. It is equivalent to computer-aided design: when determining the scheme, it can not only maximize the efficiency of materials and reduce the cost, but also make the building lighter and more reasonable.

∇ 裝置生成過程圖解，Diagram of the installation generation process ©平介設計

由於廣州設計周現場布展隻有短暫的三天時間，我們選擇了輕便可人工操作的藍色透明膜材料作為表皮，圓鋼管作為框架，先在工廠預製框架，然後運輸至現場搭建膜表皮。在這個過程中，我們將設計過程整合到計算機軟件工作流中處理，全麵改進了從設計到建造的流程，快速、有效率地完成了拱形曲麵結構的建造施工。巧妙的定製化構築物不僅體現了戴爾計算機高效的設計輔助性能，而且完美地呈現了未來設計師的創作場景。

Due to the short three days of guangzhou Design Week, we chose the blue transparent fabric material which can be manually operated as the skin and the round steel tube as the frame. The frame was prefabricated in the factory and then transported to the site to build the membrane skin. In this process, we integrated the design process into the computer software workflow. The process from design to construction is improved comprehensively and the construction of arched curved structure is completed quickly and efficiently. The cleverly customized structure not only embodies the efficient design assistance of Dell computers, but also perfectly presents the creation scene of future designers.

∇ 建造過程模擬，Construction process simulation ©平介設計

∇ 技術圖紙，Technical diagram ©平介設計

從形態生成到建模與結構體係優化，再到後期建造施工，計算機全方麵地介入每一個設計階段，使得原本複雜的曲麵拱形結構體係在配合模塊化施工技術的支持下有足夠的可行性。在計算機輔助設計的支持下，“超級”展亭展現了非線性結構分析技術與建築形式美學的完美融合。

From form generation to modeling and structural system optimization, and then to the on-site construction, the computer is fully involved in every design stage, making the original complex curved arch structure system with the support of modular construction technology have enough feasibility. Supported by computer-aided design, the “Super” pavilion displays the perfect integration of nonlinear structural analysis techniques and architectural form aesthetics.

∇ 裝置3D打印模型，3D printing model ©紮西培楚

∇ 裝置細部，Installation details ©紮西培楚

下一步我們將探索更多適用於非線性設計空間的新材料與工藝，並且運用在更多公共與商業的場景當中，將曲麵裝置空間的定製化技術推向更豐富的產業應用。

Next we will explore more new materials and processes suitable for nonlinear design space, and apply them in more public and commercial scenes, pushing the customization technology of curved installation space to richer industrial applications.

“超級設計創作營”展廳是設計周期間各種人流與事件的交彙點，我們從傳統建築中提取結構元素進行創新設計，並用一種一種當代的、科技與藝術相融合的設計手法來重新定義結構形態的可能性，試圖呈現戴爾作為一家科技企業在技術創新領域不斷創造曆史的新姿態，同時借助科技產品在文化衝撞和融合的時代當下給人們帶來原始而又現代的生活體驗，展廳也試圖引發人們重新思考“新和舊”、“曆史與科技”連接的可能性。

“Super Design Workshop” pavilion is the intersection of various people and events during the Design week. We extract structural elements from traditional architecture for innovative design, and redefine the possibility of structural form with a contemporary design approach that integrates technology and art. It tries to present dell’s new attitude of constantly creating history as a technology enterprise in the field of technological innovation, and at the same time bring people primitive and modern life experience in the era of cultural collision and integration with the help of technology products. The pavilion also tries to trigger people to rethink the possibility of the connection between “new and old” and “history and technology”.

最後，感謝廣州市白雲區陽光裏接收了我們的展亭並作為社區的公共空間互動裝置。

Finally, we would like to thank City in Park in Baiyun District, Guangzhou for accepting our pavilion and using it as a public space interactive installation for the community.

項目信息

項目名稱：超級設計創作營-戴爾廣州設計周展廳
鋼結構加工與建造：廣州樅森廣告裝飾工程有限公司
現場搭建團隊: 平介設計、原場發揮（廣州）設計有限公司
合作單位：戴爾小企業，廣州設計周
展出地點：廣東省廣州市國際采購中心
設計時間：2021年10月-2021年11月
建造時間：2021年11月-2021年12月
建造材料：鋼管、玻璃窗膜
建造總價：6.3萬
設計團隊：林桂鑫，葉雯恰，楊楠
攝影：紮西培楚

Project name: Super Design Workshop- Dell Pavilion Steel structure processing and construction: Guangzhou Zonsen Advertising & Decoration Engineering co.
Site construction team: Parallect Design、Yuanchangfahui (Guangzhou) Design Co.
Partners: Dell Small Business, Guangzhou Design Week
Exhibition venue: Guangzhou International Sourcing Centre, Guangdong
Design time: October 2021 – November 2021
Construction time: November 2021 – December 2021
Construction materials: steel pipe, glass window fabric
Total construction price: 63,000
Design team: Guixin Lin, Wenqia Ye, Nan Yang
Photographer: Peichu Zhaxi