鸡蛋探索馆 - hhlloo

公司：	非常建筑	类型：	建筑
地区：	中国	标签：	艺术中心

01 试验与延续

Experimentation and Continuity

非常建筑曾经做过的拱的试验：

The arch experiments done by FCJZ

Left: 玻璃砖拱测试

Glass Block Arch experiment，2011

Right: 玻璃砖拱 Glass Block Arch，2016

Left: 纸拱 Paper Arch，2016

Right: 瓦拱 Tile Arch，2010

鸡蛋探索馆 Egg Exploratorium

02 基地与功能

Site and Function

正大鸡蛋探索馆位于山东潍坊的正大鸡蛋生产基地中。与周围排列规整的厂房不同，探索馆的功能是通过展示普及有关鸡蛋的科学知识，是一个标志性文化设施，也是参观生产线的前奏。

The CP Group's egg production base in Weifang City, Shandong Province is where the Egg Exploratorium is located. Unlike the factories that line up regimentally around it, the Egg Exploratorium serves as a showcase for the scientific knowledge about eggs. It is an iconic cultural facility and also a prelude to a tour of the production line.

坐落厂房间的正大鸡蛋探索馆

The Egg Exploratorium among the factories

03 空间形式策略

Spatial form Strategy

我们在考虑了多种可能性之后，选择了拱券作为鸡蛋探索馆的基本空间形式。拱券具有和鸡蛋同源的结构与形式。

After considering a variety of possibilities, arch becomes the basic spatial form of Egg Exploratorium. Arches have the same structure and form as eggs.

鸡蛋探索馆西侧

Western view of Egg Exploratorium

主拱东南侧

Central arch from southeast

从东北方向看主拱局部

Close up of the central arch from northeast

东入口

Eastern entrance

我们首先设计出一个拱的原型：该拱平面呈楔形，截面从高窄的一端向低宽的另一端变化，产生高远、积极的空间透视效果。将3个原型拱高低端交替排列便形成探索馆三联厅的整体布局。展厅与厂房有廊道连接。

We first designed a prototype arch with wedge-shaped plane, the cross-section changes from a high narrow end to a low wide end, creating a high and positive spatial perspective. The three prototype arches, high and low alternately arranged to form the overall layout of the three halls of the exhibition hall. The exhibition hall is connected with the factory by a corridor.

与展厅相连的廊道

The corridor connected to the exhibition hall

从廊道看正大鸡蛋探索馆

View of Egg Exploratorium from the corridor

04 材料与结构

Material and Structure

鸡蛋探索馆采用胶合木为结构材料。胶合木曾被称为“未来的混凝土”，与钢筋混凝土具有同样的结构强度，与混凝土不同的是，胶合木具有高柔韧性，可以承受一定程度的变形。而且，1立方米的混凝土重约2.7吨，而1立方米的胶合木仅重400千克，且有着同样的承载力，因此，也是胶合木节能减排的建筑材料选择。

Laminated timber was used as the structural material for the Egg Exploratorium. Laminated timber has been called "concrete of the future", it has the same structural strength as reinforced concrete but with higher flexibility and can withstand a certain degree of deformation. In addition, with the same bearing capacity, 1m³ concrete weighs about 2.7 tons, while 1 m³ laminated timber weighs only 400 kg. Therefore, laminated timber is also a material choice for energy saving and emission reduction buildings.