Tag: thermal break

21. August 2015

Setting the Bar in Boston

from Matt Capone
Construction at Millennium Tower
Millennium Tower Boston

Millennium Tower Boston is setting the bar high, creating a new level in standards for multi-use residential projects in Boston.
The luxury residential tower is rising 60-stories at 1 Franklin Street . Schӧck was on-site to provide guidance with installing Isokorb® structural thermal breaks in terrace slabs for each penthouse unit. … read more

12. March 2015

Around the Corner Balcony

from Alexander Krenczik

News_Design-Engineering_03-2013_470x260px_RGB_Newsseite

Condominiums and apartment buildings can be designed with corner, wrap around balconies to provide dramatic views. These corner balconies are most commonly cantilevered concrete balconies which are a slab extension from the building’s interior slab surface.

Corner balconies provide heightened aesthetics designs as well as ensure optimal sun exposure on the balcony. This is especially important when your balcony faces east, to allow a corner section on the south to provide additional sun exposure during the day. In dormitories, balconies are often used as loggia walkways around the building as an evacuation scenario for a fast and secure escape.

Building with Wrap around Corner Balconies.
Building with Wrap around Corner Balconies.

… read more

02. September 2014

Luxury at The River in Calgary

from Mike Lemen

The River is becoming known as Calgary’s ultimate luxury residential complex with construction well under way on the residential tower. Completion is expected in 2015 for the tower which will contain 38 homes situated within 16 floors containing one to four suites per floor and 11 three-story townhouses.

via http://www.therivercalgary.com/
via http://www.therivercalgary.com/

… read more

22. July 2014

Passive House Multi-Family Project- Kiln Apartments

from Mike Lemen

The Kiln Apartments of Portland, Oregon are positioned to be one of the largest mixed-use, multi-family buildings at such a high energy efficiency standards. With the target design goal to meet and exceed Passive House requirements, the Kiln apartment is said to be the largest Passive House project in the U.S.

Kiln-PeteEckert-EXT-SE-Corner-Dusk

At these aggressive energy efficient standards, the building is actually required to be 65-75 percent better than Portland’s industry leading building codes.

Kiln Apartments in Portland, OR
Kiln Apartments in Portland, OR

… read more

11. June 2014

Smithsonian Institution’s National Museum of African American History and Culture

from Angie Tennyson

 

Source: http://assets.inhabitat.com/wp-content/blogs.dir/1/files/2012/02/Smithsonian-NMAAHC-David-Adjaye-1.jpg
Source: http://assets.inhabitat.com/wp-content/blogs.dir/1/files/2012/02/Smithsonian-NMAAHC-David-Adjaye-1.jpg

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.

… read more

21. May 2014

Edmonton’s J22 Taking Shape: A Multi-family Project

from Mike Lemen

Construction activities of several multi-family projects in downtown Edmonton, AB are taking shape. We have our sights on the J22 Development at the corner of Jasper Avenue, and 122 Street as the installation of Schöck Isokorb® for balcony features will soon begin.

J22 Development in Edmonton, AB, Canada
J22 Development in Edmonton, AB, Canada

The J22 Development is a mixed use project beginning Phase 3, which includes retail/commercial office space on three levels and 200 rental apartment units spanning over 10 stories above. J22 is one of many multi-family projects filling the demand for downtown rentals. A recent report by Avison Young covered vacancy reports in the Edmonton Multi-Family including news on the J22 project and the highly sought after location.

Schöck Isokorb® structural thermal break connections will be installed in the J22 residential units to mitigate thermal bridging at the concrete slab to balcony connection.

Isokorb type CM
Isokorb type CM

Besides energy savings, another highly valued benefit of structural thermal breaks is occupant comfort. The use of Schӧck Isokorb® allows the wall temperatures around the balcony to be uniform and consistent.

… read more

23. January 2014

Field House at Middlebury College

from Matt Capone

Cilley-Hill-25-small

I recently traveled to Middlebury, Vermont to conduct an on-site training and assistance for the installation of Schöck Isokorb® thermal breaks on the New Field House at Middlebury College .

It was nice to have some good weather for the drive:

The Schöck Isokorb® S22 structural thermal breaks are currently being installed on the New Field House at Middlebury College .

03campusmiddlebury-college

The Isokorb® thermal break modules are used to isolate large beam overhangs along the main promenade next to the building.

… read more

19. September 2013

Completion of Renzo Piano’s Expansion to the Kimbell Art Museum

from Angie Tennyson

Renzo Piano’s expansion to the Kimbell Art Museum is near completion. The Opening Day for the Piano pavilion will take place on November 27th, 2013.

The expansion includes a 300-foot-long, 22-foot-high building composed of two parallel wings. Eric Lee, Director at the Kimbell Art Museum, presents an early look at the Piano pavilion.  Test your thermal bridge knowledge: See if you can find the where the Isokorb® structural thermal breaks would be included in the building:

Aktivieren Sie JavaScript um das Video zu sehen.
http://www.youtube.com/watch?v=bz8Y761n5H0

… read more

30. August 2013

Update on Lower Manhattan’s Fulton Center

from Angie Tennyson

One of the first New York City projects to include Isokorb® was the Fulton Center subway station. We covered this project during installation of Isokorb® thermal breaks in 2012, on our Schӧck German blog “Isokorb® at the Top.”

The Fulton Center subway station is still under construction and is getting increased attention with the installation of the Sky Reflector-Net. The Sky Reflector-Net is being installed within the oculus, housed within an eight-story dome. This dome includes Isokorb type S connections for a thermally broken steel support walkway.

Isokorb, steel thermal break connection installed at Fulton Center.
Isokorb, steel thermal break connection installed at Fulton Center.

… read more

13. May 2013

Myths and Realities of Thermal Bridging

from Angie Tennyson

As part of the Building, Ecology, Science and Technology (B.E.S.T.) Lecture Series, Mark Lawton, Vice President and Senior Building Science Specialist at Morrison Hershfield presented “Myths and Realities of Thermal Bridging” at the University of Toronto, John H. Daniels Faculty of Architecture, Landscape, and on February 28, 2013.

mark lawton lecture

In this lecture, Mark speaks about his latest ASHRAE sponsored research project entitled “Thermal Performance of Building Envelope Details for Mid- and High-Rise Buildings” (1365-RP). It is worth your time.

… read more

18. January 2013

Thermal Bridging at NESEA BuildingEnergy: At Last!

from Jim D Aloisio

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.

… read more

14. January 2013

If You Can Install a Thermal Break Here, You Can Install it Anywhere!

from Matt Capone

Schӧck Isokorb® has made a (thermal) breakthrough in New York City:  Isokorb ® has been successfully installed in the first thermally broken balcony in the big Apple. Schӧck USA recently received NYC DOB approvals for the Isokorb® module and now a flag has been planted in Manhattan.

In early 2012, we had the first steel thermal break connection at Fulton Street Transit station. And while Isokorb® has been installed globally, with over 10 million thermal break units, over a span of more than 20 years, a concrete thermal break project in New York City is an accomplishment in which we are proud!

The first concrete thermal break in NYC is at the Chelsea Green Development. Located at 151 West 21st Street, the project is expecting to be LEED Version 3 Gold‐certified, and is designed by Architect Stephen B. Jacobs Group and structural engineering by WSP Cantor Seinuk.

 

… read more

14. January 2013

What is the The Real Cost of an Energy Efficient Building Envelope?

from Angie Tennyson

Everyone wants to know The Real Cost of an Energy Efficient Building Envelope. Now you can learn more by joining the panel of experts in Vancouver, BC at BuildEX, for a session to explore the various costs associated with implementing an energy efficient building envelope.

Research results will be present on energy modeling assessments of thermal bridging, examining the impact on annual energy consumption, cost implications, and thermal comfort. In addition, recent project installations with thermal break technology will be presented and analyzed.

Course Title:

The Real Cost of an Energy Efficient Building Envelope  (W11)

Course Schedule:

Wednesday, Feb. 13th  10:30am – 12:00pm … read more

10. December 2012

Schoeck Canada Foresight 2013

from Christian Witt

The business has been extremely rewarding this past year. The sales of ComBAR® climbed drastically and achieved 3 times the sales volume of 2011. We have also noticed that GFRP is now a common building material and is being specified in a great number of bridge and tunnel structures, especially in Ontario. But also the United States has been an interesting market in 2012. Besides, we have seen a great interest in the future use of GFRP in New Brunswick, Manitoba and British Columbia.

In 2012, we also had an amazing and successful introduction of our Thermal Break Element, the Schöck Isokorb®. Isokorb® has being installed in over 10 different buildings across Canada!  We are now starting to convince architects, engineers and primarily developers and owners about the unique advantages of the Isokorb® to minimize energy consumption, improve the quality of living space and subsequently protect the environment in which we all live and in which our children and their children will live in the future.

… read more

09. December 2012

Construct Canada: Changes in Building, Why Now?

from Bill Chihata

Construct Canada is one of Canada’s largest building design and construction shows. Held in Toronto, Canada in conjunction with Home Builder, Concrete Canada and DesignTrends, the show hosts over 1000 exhibits, and more than 24,000 visitors.

I attended the show this year to present to over 70 architects, builders, contractors, engineers, specifiers and facility managers.  The room was packed with attendees interested in learning more about thermal break solutions for building envelope.  The presentation was ideal for the audience, covering concepts for reducing energy loss, and avoiding moisture issues associated with thermal bridging.

Areas of thermal bridging and energy loss.

Many questions were asked during the interactive session. One attendee asked, “Why change the way we build, Why now?”

… read more

05. December 2012

Adam Kimble, Newest Member of Schock Isokorb® Team

from Adam Kimble

My name is Adam Kimble, born and raised in the suburbs of New Orleans, LA. Explored the world in previous business roles only to land back in Louisiana. Now, I have the great opportunity to start a new adventure in the great city of Chicago, IL, where I will manage Midwest sales for Schӧck USA Inc.

With a degree in Civil Engineering and Business Administration, I have been afforded the honor to work for multiple international companies in various capacities from business development to director of operations.

Now I have the special honor of joining Schӧck to introduce Isokorb® in the U.S.A. which will provide high performance solutions to the long outstanding problem of thermal bridges at balconies and other external wall projections. … read more

01. November 2012

The Science Lab: Thermal Break Installed at UMass

from Angie Tennyson

The University of Massachusetts Amherst began construction of the new  Life Science Laboratory building in February 2010. To meet energy efficiency goals, Isokorb® thermal break elements were installed in the canopy walkway to the entrance of the 310,000 GSF building. The images below show Isokorb® type S (for steel) installed along the building entrance, providing a structural thermal break connection at the canopy. … read more

30. October 2012

Structural Engineers in DC Learn About Thermal Bridging

from Jim D Aloisio

On 24 October I spent the evening with about 30 members of the Structural Engineers Association of Metropolitan Washington (SEAMW). They had a dinner meeting at Maggiano’s Chevy Chase, and invited me to present on my favorite topic – thermal bridging.

… read more

27. August 2012

Partners in Thermal Bridging

from Russ Miller-Johnson

Talk about feeling like you have a partner in combatting thermal bridging.

I’ve recently designed with Isokorb structural thermal connections on an upstate New York hospital addition and a New Hampshire 180,000 square feet office and manufacturing facility with a high-performance envelope. Having a specifiable product has helped with the push to get these projects actually built.

While the common sense – “Oh, Yea,” – reaction is not new among Architects and Mechanical Engineers, there seemed to be relief that one proven product can be specified – as opposed to a rag and bone shop of structural parts (or nothing, not even insulating inside) as in the past.

… read more