Category: Balcony Connection
Yes, it’s that time of year again….when a certain chill fills the air, making your teeth chatter and your cheeks burn as you hurry home from the office. Maybe the chilly weather fills your head with thoughts of ski slopes or holiday traditions…or maybe it starts you dreaming of warm, sandy beaches far away from the cold.
With any new construction technology, there are always early adopters, but only one can claim the designation of “first.” With the construction of The Spark, American Family Insurance and the project’s design and construction teams can claim being the first in Wisconsin to incorporate concrete-to-concrete structural thermal breaks within a building assembly. … read more
The architect’s goal is to create a beautiful building that functions well over the life of the structure and is within the developer’s budget. Our experience has been that when architects realize there is a good solution for the thermal bridging problems on the building envelope, they want to use it. However, one question that often comes up when discussing the benefits and value added by using Isokorb structural thermal breaks is: Can Isokorb® be used at balconies with post-tensioned (PT) slabs?
It’s hard to pinpoint an innovation or advancement in today’s world that isn’t due to improved technology. Building design is no exception. With its continual evolution, the limits and tolerances that we design and construct with, previously deemed “unachievable”, are now continually surpassed with each new building design – shaping it differently, building it taller, cantilevering it further, or designing it thinner.
Let’s play a word association game – what’s the first thing that comes to mind when you see or hear “structural thermal break?”
There are two common responses to this question: … read more
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
A new project in Chicago is breaking ground and Schӧck is pleased to be part of it.
The six-story, 79-unit building on the North-West corner of Cicero and George in Chicago, Illinois is part of the Hispanic Housing Development Corporation. The residential building is for seniors age 55 and over whose income meets the needs for affordable housing. The project will utilize Schӧck Isokorb type CM structural thermal breaks in the concrete slab connections of 16 balconies.
Sainte-Germaine-Cousin is a project for the community. Located in Quebec, the church of Ste-Germaine-Cousin has come a long way, overcoming an asbestos closure in 2005.
Today, the revitalized church building stands central with a new addition, a curvy, s- shaped structure, of affordable housing with 126 affordable (PAPA type) units and intermediate housing for seniors.
Asbestos within Ste-Germaine Cousin Church presented a considerable financial challenge. After the closure of the church building, it was 7 years later in which construction began with asbestos removal and groundwork for the new addition. However, perseverance has proven successful, providing an exceptional building of great heritage value.
Schock Isokorb® structural thermal break’s primary function is improving energy efficiency, yet equally important to building performance is building safety. As the Vancouver construction market continues to strive for new heights in building performance, Schock Isokorb® thermal break installations increase.
Our latest project installing in Canada is leading Surrey’s transformation from an agricultural and bedroom community into a city with an urban core.
It is as shocking as it is impressive, say urban planners from across North America-via Vancouver & BC business news, people, data & events | Business in Vancouver. … read more
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.
ASU’s new Arizona Center for Law and Society broke ground in October 2014 for their 260,000 square-foot facility in downtown Phoenix. The new building is planned to accommodate a projected growth in student population of 20-30% over 10 years, and will house the Sandra Day O’Connor College of Law, the Lincoln Center for Applied Ethics and the McCain Institute for International Leadership, and the ASU Alumni Law Group.
The ASU project will be using Schӧck Isokorb® structural thermal breaks in their structural steel beam connections to offer thermal protection and alleviate condensation issues at the building envelope. Structural thermal breaks will be one of the many energy saving features of the building.
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.
Normally cantilevered slabs and edges are considered extensions of the floor or roof levels of a structure. Often times however, conditions require a connection along vertical walls or areas where interiors floors are omitted because of stairways or mechanical shafts. These areas have the same potential problems with thermal bridging since there is an interruption in the continuous insulation layer.
Another prestigious New York condominium is installing balconies with Schӧck Isokorb® structural thermal breaks. Located at 155 East 79th Street, in Manhattan’s Upper East Side, developer Anbau “combines the best of prewar design with state of the art building technologies,” via Anbau. This is a rich combination of classic with modern design.
New York Yimby conducted an interview with Barbara van Beuren and Stephen Glascock of Anbau, the New York luxury real estate investment and development company to discover how architect turned developer found the way to have full control of the building’s appearance.
The luxury condominium includes 14 stories, housing seven finely crafted residences which are priced in the range of $8.9 to $18 million.
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.
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.
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.
Last week we attended BuildEX in Vancouver, B.C. This was the 25th anniversary of the BuildEX conference which was scheduled in accord with the weather, providing a day of sunshine to enjoy the views of the bay and the mountains, and one day prior the snow storm- still hitting Vancouver today.
We must give the crew working the Tower at PNC Plaza some well deserved credit. The downtown Pittsburgh structure is climbing steady at 30% total progress, with completion of the structural steel more than half way done. See the progress on the Tower at PNC Plaza project website.
The 199 Mott St. condo building is being labeled, “The Green Collection” due to the energy efficient initiatives which are being installed in the structure.
Located in the Nolita area of New York, between Kenmare and Spring Street, construction continues to progress on the “steampunk aesthetic” development. Kutnicki Bernstein Architects designed the boutique, eight story building, which will include a ground-level retail area, 11 residential units and a rooftop terrace.
The owners, Alfa Development, are raising the bar on luxury condo construction by implementing design knowledge and well-known strategies to maximize energy efficiency, thermal comfort and indoor air quality.
Alfa began with Chelsea Green by taking responsibility to build to higher energy efficient standards in their luxury condo suites, which sold 90% of their units off the floor plan.
Cantilevered balconies are common in residential structures, yet their traditional design is a slab of continuous concrete passing through the building envelope. This concrete slab balcony creates one of the most significant thermal bridges with excessive heat loss.
As buildings improve with higher performance walls and windows, the amount of heat loss at the balcony slab is increased. Therefore, designers are looking for solutions to thermally separate the interior slab from the exterior balcony slab.
From a structural point of view, balconies have to resist several loadings conditions like permanent loadings (dead load), variable loadings (live loads, wind loads, snow loads) and rare loadings resulting from earthquakes. Seismic considerations could have a relevant influence on the design of buildings depending on the geographic location of the building (seismic hazard), soil characteristic, stiffness and weight of the building, the assemblies and so on. … read more
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:
Last week I was fortunate to speak to a group of over 50 NYC “passivists” about solving the thermal bridging problem in concrete slab and steel beam connections.
In this context, passivists are architects, designers, builders and those involved in the promotion and ideals of the Passive House movement and members of PHNY. … read more
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.
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.
Building performance codes have become more rigorous in Canada, especially in the Ontario Province with SB-10 standards. Architects are looking for more options to meet these code requisites, and projects in Ottawa such as St. Patrick’s, Tweedsmuir and Cathedral Hill are setting the bar.
These three projects are currently in construction in Ottawa, and all share the similarity of using Isokorb concrete thermal breaks, yet they are distinctive in building design and purpose. The St. Patrick’s home is a short and long term care facility, Tweedsmuir a low rise development in the Westboro neighborhood, and Cathedral Hill is a high rise condo/apartment building in downtown Ottawa.