In mid-January, I presented an overview of the significance of thermal bridging in façades and demonstrated how to integrate the programs THERM and WINDOW into the design process. The presentation showed how to utilize the programs to assess the heat flow in thermal bridges.
Common perception of thermal bridges is that they often have a small impact on the R-value of assemblies. However, research has shown that bridges can often decrease assemblies’ R-values by 40-60% and are becoming the dominant source of heat flow in contemporary envelope assemblies. To continue to improve the performance of our enclosures — an accessible, accurate method for heat flow simulations is needed to understand and improve our designs. The presentation covered a method to utilize the program THERM to assess thermal performance. Project examples of the analysis of window and wall assemblies were covered as well, in addition to the impact of thermal bridges on the R-value and building energy usage.
Check out the full presentation here:
Determining the Thermal Performance of Your Building Enclosure: Assessing Thermal Bridges
The 2025 OpenLAB Boston studio work will be exhibited at Virginia Tech Monday, March 2nd through Wednesday, March 4th.
Please join us for the following events on Monday, March 2nd:
11:00am - Lecture with Parke MacDowell
1:00pm Lobby talk with Kevin Sullivan
This year’s studio identifies seven sites along the frayed edges of Boston’s Greenway. The Greenway is a one-mile-long linear park running through the heart of the city, reconnecting downtown Boston with its waterfront. Many of the parcels along its edges remain undeveloped and present mute, blank facades to the public realm. Addressing and repairing these edges through acts of infilling, layering, grafting, framing, and placemaking is the core focus of the studio—SUTURE.