Tag: Building Envelopes
The National Museum of African American History and Culture (NMAAHC), on the National Mall in Washington DC, broke ground early 2012. With a schedule to open in Fall 2015, the museum continues to progress towards becoming a flagship venue for ceremonies and performances, as well as a exhibition space for African American history and culture.
The NMAAHC was designed as a joint venture of Freelon Adjaye Bond and SmithGroup. Architect, David Adjaye was recently featured in an article in CNN, noted as a “starchitect” for his international designs and awards. He is also known for his work at Sugar Hill in Harlem, the Nobel Peace Center in Oslo and Denver’s Museum of Contemporary Art.
It was nice to have some good weather for the drive:
The Isokorb® thermal break modules are used to isolate large beam overhangs along the main promenade next to the building.
Schöck-efficient…That’s what we were called from our partner in Australia, when working on a recent project. You think Schöck is only providing high performance, quality products? There’s more than that. Providing our innovative building products always includes high quality service as a part of the package.
We want to make your project efficient, and we want to see you satisfied! There are many building envelope details where solutions to thermal bridging are possible with our standard Isokorb® product range. Yet other times, various applications require a custom thermal break solution to be designed. Schöck accepts these challenges with your building envelope and we want to find the right solution for your structural connection. That’s were our technical support team is in demand. They are the ones getting in contact with you to clarify the technical details, ensuring all information is considered, weighing up the possibilities and providing a technical proposal for your project.
At the 2013 BuildingEnergy Conference in Boston on March 5th, the Northeast Sustainable Energy Association (NESEA) is hosting a workshop entitled Structural Detailing for Energy Efficient Building Envelopes. Russ Miller-Johnson and I will be co-facilitating.
This will be a three-hour, hands-on opportunity to learn strategies to mitigate thermal bridging of structural elements in buildings. We’ll also give participants a chance to bring their favorite (or worst) details of thermal bridging to the workshop, to get help with developing a way to modify the detail to reduce thermal bridging, or to bring a detail showing their favorite solution to a thermal bridging problem that they have developed.