
Direct sun on the body is a known potential cause of thermal discomfort for occupants, yet most thermal comfort simulations do not capture its
Precision in digital workflow is necessary to deliver facade projects where there is a high design aesthetic or structural performance requirement.
The design of complex, high-performance facades involves balancing attention towards principles of material selection, thermal and moisture
Daylighting & Solar Glare control, which affect both the energy consumption of the building as well as the comfort of the occupants, become
This paper documents a six year academia/industry collaboration between researchers at the Department of Architecture, University at Buffalo (SUNY)
Recently, building envelopes have been exhibiting complex shapes and patterns, a trend supported by current digital technologies. Likewise, the
Glass by nature is a reflective material, and it is well-known and documented that issues of glare can occur due to solar reflection. This phenomenon
Electrochromic windows introduced to building market as a smart glare control solution to provide visual comfort for building occupant. EC glazing
Urban noise pollution is a major environmental health problem. International organizations are making efforts to prevent health damage due to high
On a commercial high-rise tower project located in Hong Kong, the design team was challenged to make a facade that would beneficial to tenants with a
This paper outlines the successful implementation of digital workflows between the design team composed of Architect, Structural Engineer and Project
In 1959 Heinz Isler challenged the world of concrete shell design by proposing a series of shapes for shells that were very different from what most
This paper explores the architectural shape optimization of typical housing typologies: slab and high-rise residential buildings to reduce primary
This research looks at the relationship of material and geometric distribution to set a methodology for integrating structural and thermal design.