Based on human bones structural configuration, the thesis proposal, attempts to define a novel optimized structural conformation parameter for the architectural design. The research aims to determine and extrapolate the configuration of human bone to the configuration parameter for concrete structures.
At least in Puerto Rico, an island mainly exposed to solar radiation, concrete is the main construction material used to build. According to Kiel Moe, “concrete structure used for radiant buildings is inherently more sustainable than steel.” Locally the problem in concrete structures is their mechanical weakness to some loads and the misapplication of technology which increase the risk of structural failure. For Puerto Rico, an island threatened by hurricanes and located in a seismic zone 3 (UBC-1997), the building structure is essentially important. According to structural behavior studies the effect of an earthquake on an object varies in proportion to its mass [F= M x A]. Concrete structure becomes heavy and much material is wasted due to cultural and historical reasons.
The dissertation attempts, principally, to establish a design parameter that allows, based on the structure and the mechanical behavior of the bone, to design stronger but lighter concrete structural elements.
At least in Puerto Rico, an island mainly exposed to solar radiation, concrete is the main construction material used to build. According to Kiel Moe, “concrete structure used for radiant buildings is inherently more sustainable than steel.” Locally the problem in concrete structures is their mechanical weakness to some loads and the misapplication of technology which increase the risk of structural failure. For Puerto Rico, an island threatened by hurricanes and located in a seismic zone 3 (UBC-1997), the building structure is essentially important. According to structural behavior studies the effect of an earthquake on an object varies in proportion to its mass [F= M x A]. Concrete structure becomes heavy and much material is wasted due to cultural and historical reasons.
The dissertation attempts, principally, to establish a design parameter that allows, based on the structure and the mechanical behavior of the bone, to design stronger but lighter concrete structural elements.
