New Architecture Project of CAPBA Auditorium and Administrative Office
CAPBA Auditorium and Administrative Office is one of new architecture project propose increasing commercial use as it approaches the center of the city. We believe the new architecture project proposal should be inserted into the block as a piece of pure geometry within the existing system, completing the buildable volume.
Architectural Proposal Project
The Architectural Project attempt to intervene in the property from a program strategy that recognizes the different uses. A central vacuum acts as a liaison between the programs connected through a core composed of circulatory stairs and elevator.
Building Character of of CAPBA Auditorium and Administrative Office
We believe it is the opportunity to build a building architectural that has become a reference in terms of sustainability, ecology and social character.
The new architecture project proposal seeks through a functional and coherent urban wont reinterpret the environment. Sustainable built the enclosure becomes the new corporate image building of the College of Architects.
This envelope consists of a double skin (glass and aluminum sheet, details) addresses key issues such as the interior of the building bioclimatic control acting as a thermal barrier of facades (both light sifted temperature) and the image of unity Together, through the material synthesis highlights the brightness, lightness and transparency during the day and night are changing the image.
Sustainable Proposal new architecture project
Accessibility of Proposal new architecture project
Designing a floor-level functions +0.00 staying largest attendance total daily public with free access to the disabled, likewise for the functions that develop in the upper levels, a vertical circulation core with elevator resolved accessibility.
Design bioenvironmental
The architectural design of workspaces provide the dimensions for the most profit from natural lighting and ventilation, lighting conditions of greater comfort, visual, and hygrothermal indoor air quality.
Double skin
New architectural project suggest of CAPBA Auditorium and Administrative Office suggest that on the inside is located the laminated glass carpentry DVH 6 +4 +6 is a large glazed surface slab to slab, comprising a fixed central glass and aluminum carpentry two A30-type profile with manual opening new banner at the end and bottom.
The outer Auditorium design surface is placed a metallic fabric that is modified along the lines of the building. In northern outer face is placed a fixed perforated panels 300 Plano Aeroscreen type of aluminum, anchored to the main building structure.
The west side is placed outside a fixed perforated panels 300 Plano Aeroscreen type of aluminum, aluminum ribs resting on the structure anchored to the building.
These panels act as sunscreen for the inside and also give lightness to the whole building. It is an economical and effective way to get reduces the amount of radiation incident on the facade without sacrificing large transparent glass facades.
Green terraces
The substrate and plant cover of the green roof acts as a porous material isolating noise and contributing to the building’s thermal comfort.
While an average asphalt roof can reach 70 º C on a summer day, a surface vegetation cover rarely exceeds 26 º C.
This architectural design brings great savings on air conditioning use, decreasing use up to 40%. Extends the life of the roof, increasing the durability of waterproofing membranes, to be protected from UV rays and extreme temperatures.
A large-scale
The green architectural design of roof effect dramatically reduces the “heat island” which is a weather phenomenon caused by heat emitted from vehicles, industrial processes and sunlight to be reflected in the asphalt, cement and the roofs waterproofed areas urban, which helps to reduce temperature.
Vegetation and substrate collect dust and suspended particles in the air, which are the main causes of disease in the airways. The plants reach 85% of filter particles from the air, depositing heavy metals in plants and the substrate.
Green roofs retain and detain storm water, reducing runoff volume and reducing the rate at which water reaches the river systems. Research has shown that green roofs have the ability to retain 50% of water from rainfall of 30 mm.
The terrace is formed by a drainage layer (material of large pores) supported on a barrier antiraÃces. The drainage layer and the substrate are separated by light geotexil. Light on the substrate are planted plant species: Lantana montevidensis, Poa iridifolia, Sedum spectabile and Pogonatherum paniceum.
Use of alternative energies
Envisage the use of a section of the roof to accommodate solar panels and solar collectors to storage tanks on the top floor.
Constructive proposals streamlined
It develops a framework for partitions submuración reinforced concrete shafts mediators. On the ground level develops a metallic structure made up of columns and beams UPN.
Prestressed slabs are used Shap type covering 60 8 meters between supports allowing facilities pass on your nerves. The choice of structure prioritizes the execution times and assembly for this new architecture project.
New Architecture Project of CAPBA Auditorium and Administrative Office Galleries
