I often shake my head looking at the typical North American house, thinking that they have been consciously designed to maximize jogs, surface area, potential leak locations and of course, heat loss.

As energy codes become more stringent and building enclosure performance expectations continue to rise, accurately accounting for thermal bridging is essential to high-performance building design.

This webinar is part of the Thermal Bridging Academy. This webinar focuses on the calculations procedures for architects to assess how thermal bridging impact overall thermal performance of an ...

Thermal bridging has a huge effect on energy efficiency in windows. Designers typically try to specify thermally broken or thermally improved window frames, only to be forced by budget constraints to ...

As the AEC community looks to achieve ever more energy-efficient buildings, Owens Corning is introducing a solution to improve thermal performance, increase energy efficiency and minimize performance ...

Designers know thermal bridging can have an impact on building energy performance, but new tool allows it to be better analyzed. March 12, 2026 Engineers know that energy modeling is a moving target.

Built on the site of a former two-story candelabra factory, Candela Lofts is the first luxury, multi-family building in the New York Metropolitan area built to international Passive House standards.

This article is part of the TechXchange: Cool Designs. As systems like servers, switches, and routers deliver higher speeds and grow more sophisticated, their power requirements rise substantially, ...