© Aryeh Kornfeld

c Aryeh Kornfeld

架构师提供的文本描述。目标

Text description provided by the architects. Aim

该项目是在非常有限的时间框架内建造一座155平方米的房屋，并减少预算。作为回应，我们决定使用一个高效的建筑系统和简化的装饰调色板。

The project was to build a 155 m2 house in a very limited time frame, and with a reduced budget. In response we decided to use an efficient construction system and a simplified palette of finishes.

我们设计了一个结构完全基于SIP面板(结构绝缘板)，支持在一个网格的基础，干预最小的现有地形。

We designed a structure completely based on SIP panels (structural insulated panels), supported on a grid of foundations that intervene minimally in the existing terrain.

调制与系统

Modulation and system

我们定义了不同的三维模块，由地板、墙壁和屋顶面板组成.这些模块以两个宽度和两个高度设计，它们的组合和组合构成了房子的房间。

We defined different three-dimensional modules, made up of floor, walls and roof panels. The modules were designed in two widths and two heights, which in their combination and association constitute the rooms of the house.

 © Aryeh Kornfeld

c Aryeh Kornfeld

材料优化

Material optimization

用于配置模块的尺寸与面板的制造尺寸相对应，最大限度地利用了材料，并减少了施工期间的损失。

The dimensions used to configure the modules correspond to the manufacturing dimensions of the panels, maximizing the material and reducing losses during construction.

其目的是尽量减少循环表面，将公共区域放在项目的中心，以及周围的其他房间。这样我们就可以把承重墙集中在房子的侧过道上，使中央公共区域没有任何结构。

The intention was to minimize circulation surfaces, placing the common area at the center of the project, and the other rooms around it. This allowed us to concentrate the load bearing walls in the side aisles of the house, leaving the central common area without any structure.

 © Skyfilms Chile

(C)智利天空电影

该程序是在4个平行通道上开发的，由一个模块和一个模块组成。两个通道由244 cms宽的模块组成，对应于服务程序，两个过道由488 cms宽的模块组成，对应于公共房间。我们合并或交替在所有通道的高低模块，达到更高的高度，因此更大的空气容量在所有房间的房子，而不一定增加表面(立方米与平方米)。由此产生的屋顶，具有交替的高度，在大多数房间中产生向北方向的光线入口。这就是为什么我们称之为“SIPm3”的基本原则。由于其面板的结构和立方米由于立方体积。

The program is developed in 4 parallel aisles formed by a sum of modules. Two aisles are composed of modules 244 cms wide, corresponding to the service program, and two aisles are made up of modules of 488 cms wide, corresponding to common rooms. We merged or alternated high and low modules in all aisles, achieving greater heights and therefore higher volumes of air in all the rooms of the house without necessarily increasing the surface (cubic meters vs square meters). The resulting roof, with alternating heights, generates light entries oriented to the north in most rooms. This basic principle is why we have called the house "SIP m3". SIP due to its panel based structure and m3 due to the cub

 © Aryeh Kornfeld

c Aryeh Kornfeld

Architects Gabriel Rudolphy, Ian Hsü

Location Colina, Chile

Category Houses

Project Area 155.0 m2

Project Year 2014

Photographs Aryeh Kornfeld, Skyfilms Chile

Manufacturers Loading...