Adaptable UV Fabric

Design, 3D Modeling and Solar Studies: Mojtaba Samimi – 2011-13
In the R&D project presented here the main objective is to shape a new generation of residential units to replace Iran’s ordinary building mass (occupying 2/3 of the lot on the northern side). Instead of developing 6 x 8 m volumes on 6 x 12 m plots, this combination of units creates inter­nal courtyards, as well as either simple or complex urban fabric. Each res­idential unit consists of two 4 x 11 m lower and upper parts which are basi­cally rotated on top of each other. Consequently, the structure maximizes the perspective, daylight and natural ventilation opportunities for each unit, as well as the perception of living in a bigger house. By locating a similar unit on the other side of each 12 x 12 m plot, a courtyard is devel­oped at ground floor level, which can be connected to neighboring court­yards to create a pedestrian entry alley. This combination also produces a 4 x 4 m terrace for each individual unit on the first floor. A standard lay­out is presented, analyzed and optimized for the climate of Tehran (e. g. the east-west road is shifted slightly to the south to maximize the areas for more comfort in the north for pedestrians). By applying all necessary changes, a similar concept can be also developed and optimized for other orientations, but also for other climates (e. g. hot and humid regions).
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Annual Solar-Climatic Performance Analysis
Ground Floor Plan – Annual Solar-Climatic Performance Analysis
 
First Floor Plan – Annual Solar-Climatic Performance Analysis
Ground Floor Plan – Annual Radiation Model
First Floor Plan – Annual Radiation Model
 
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Annual Solar-Climatic Performance Analysis
Annual Radiation Model
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Annual Solar-Climatic Performance Analysis
Annual Radiation Model
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Annual Solar-Climatic Performance Analysis
Annual Radiation Model