业主Silpakorn大学承包商帕洛姆家具(1994年)产品聚碳酸酯板材和钢更多规格少规格

Owner Silpakorn University Contractor Pathom Furniture (1994) Products Polycarbonate Sheet and Steel More Specs Less Specs

 © Beersingnoi

© Beersingnoi

架构师提供的文本描述。Silpakorn大学在曼谷北部的城市发展项目Muang Thong Thani获得了一块地皮，以建立一个新的校园。在制定了总体计划之后，决定建造一座小建筑，以开辟大学在新地点的存在。该建筑必须在一年内完成设计和建造，以供2017年学年使用。测地线设计提出了4000平方米。多用途建筑，很容易适应各种需求和变化。该设计还旨在使建筑物迅速建造，如果需要更大的建筑物，将来可以拆除。

Text description provided by the architects. Silpakorn University had acquired a plot of land in Muang Thong Thani, a growing urban development in the northern part of greater Bangkok to build a new campus. After the master plan was laid out, it was decided that a small building would be built to pioneer the presence of the university at the new location. The building must be designed and built within a year to be ready for the academic year of 2017. Geodesic Design proposed a 4,000 sqm. multipurpose building that would be easily adapted to various requirements and changes. The design also aimed for the building to be rapidly construct and could be dismantled in the future if a larger building is required.

 © Beersingnoi

© Beersingnoi

设计方向来自建筑师不断演变的泰国现代主义思想。与热带季风气候相互作用的现代建筑。让新鲜空气进入建筑空间的建筑表皮。自然日光，以一种内部环境仍然保持舒适的方式使用。电力消耗是要考虑的。应尽量减少建筑废物。

The design direction came from the architect's evolving idea of Thai modernism. Modern building that interacts with tropical monsoon climate. Building skin that let fresh air into built space. Natural daylight that is used in a way that interior environment still stays comfortable. Power consumption is to be considered. Construction waste is to be minimized.

 © Beersingnoi

© Beersingnoi

这座建筑外观轻盈，植根于泰国传统建筑。一楼高了。皮是泰国传统高沥青屋顶的变体。重叠的墙壁会形成开口，让空气进出。这些墙的半透明聚碳酸酯面板过滤阳光到适当的照明程度。时间和季节的变化可以从内部感受到。到了晚上，大楼就会发光。

The building's lightness in appearance is rooted in Thai traditional architecture. The ground floor is raised. The skin is variation of traditional Thai high pitch roof. Overlap walls create openings that let air flow in and out. These walls of translucent polycarbonate panel filter sunlight toward proper degree of illumination. The changing of time and season can be felt from the inside. At night, the building glows.

 © Beersingnoi

© Beersingnoi

这些计划由三个部分组成。首先，将轮辋上的主循环空间作为建筑参数。这个环流空间是阻挡太阳辐射的屏障。周围的环境是通过半透明的皮肤模糊地感受到的。这是为了在课堂上集中注意力。第二，平面图的中心是一个开放的井，在视觉上将各种正在进行的活动连接在一起。地板高度随使用的不同而变化，可以观察到，并赋予每一层的意义。第三，与景观的关系；该建筑物建于一个现有的池塘之上，以利用水体的冷却条件。

The plans are composed of three parts. First, the main circulation space that is put on the rim as building parameter. This circulation space act as barrier to keep out solar radiation. Surroundings are vaguely experienced through translucent skin. This is intended to create concentration in the classroom. Second, the center of floor plan is an open well that visually connects various ongoing activities together. Floor height varies with various usage that can be observed and give meanings to each floor. Third, relation to landscape ; the building was built over an existing pond to take advantage of the cooling condition of the body of water

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© Beersingnoi

 Interior Space

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© Beersingnoi

采用预制件和施工工艺，加快了施工周期。柱、梁、楼梯等主要结构为钢结构。地板是混凝土空心核心楼板。聚碳酸酯面板系统可以快速安装在建筑四面的钢骨上。顶楼外墙采用轻质混凝土面板。屋面采用聚乙烯防水卷材覆盖纤维水泥板。

Prefabricated building parts and construction technics were used to speed up the build period. Main structure such as column, beam, stair are steel. Flooring are concrete hollowed core floor slabs. Polycarbonate panel system can be quickly installed on steel skeleton on all four sides of the building. The top floor outer wall is of lightweight concrete panel. Roof is polyvinylchroride waterproof sheet covered fiber cement board. 

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© Beersingnoi

 Exploded Structure

爆炸结构

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© Beersingnoi

作为校园的第一座建筑，设计开创了透明、直接、锐利、简单的建筑。与工程一起工作的形状和形式。建筑中的故事和逻辑，它将激励建筑物的居住者。

As the campus first building the design pioneers the architecture that is transparent , direct, sharp and simple. Shape and form that work together with engineering. The story and logic in an architecture that will inspirit into the building's habitant.

 © Beersingnoi

© Beersingnoi

Architects Geodesic Design

Location Popular Rd, Tambon Ban Mai, Amphoe Pak Kret, Chang Wat Nonthaburi 11120, Thailand

Lead Architects Somboon Sudmaksri, Karp Boonthavi, Prapakorn Kimiphan

Area 4000.0 m2

Project Year 2017

Photographs Beersingnoi

Category University

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