INTENSIVE EXTENSIVE 

Core I Studio with Distinction

Harvard GSD • Instructor: Mariana Ibanez • Fall 2015

 

This project focuses on the relationship of form, matter, and energy in both abstract and actual ways through a study of the intensive and extensive properties of architecture. A single architecture is investigated for its multiple typological manifestations and thermodynamic states.

 

 

Geometrical System

Using convection, conduction & self-shading strategies to create cooling system. Developing the relationship between form and engery by method of subtraction.

Transformation from Stage A to Stage B

An extensive geometric armature (a three-dimensional hinged dissection) is used to mix intensive properties (e.g. temperature, density, pressure, humidity)

 

Stage A

Location: San antonio, TX  / Climate Condition: Hot & Dry

 

Form & Air Flow

Void subtracted according to major wind current / Applying both cross and stack ventilation

 

Interior Exterior Condition

Geometrical logic of subtraction to create stack effect, wind catchercross ventilation, and self-shading form

 

Interior Exterior Condition

Double Negative / When two voids intersect each other, a third condition is created, informing new air flow and natural light entering to space

 

Convection/Conduction

Using convection, conduction & self-shading strategies to create cooling system. Developing the relationship between form and engery by method of subtraction.

 

Sectional Physical Model

Geometrical logic of subtraction to create stack effect, wind catchercross ventilation, and self-shading form

 

Stage B Floor Plans

Location: Detroit, Michigan  / Climate Condtion: Cold & Dry

 

Thermal Stategies

Double-skin glazing facade, solar tower & thermal conduction

 

Sectional Model 

 

Sectional Model