Solutions MH: Floor Slab Edges Count

By Morrison Hershfield|Dec 11, 2015 11:02:00 AM

Leading the way to a sustainable future

Thermal bridges at floor slabs are often overlooked in energy standards and common design practice. The accepted truth seems to be that structural members to support cladding cannot be avoided and the area of the steel or concrete bypassing the insulation is small compared to the total wall area.

Solutions MH: Thermal Bridging in Exterior Insulated Steel Stud Assemblies

By Morrison Hershfield|Dec 11, 2015 1:00:00 AM

With a continued focus of sustainable and energy efficient building design, more attention is being paid to the thermal performance of building enclosure assemblies. Providing a higher level of thermal resistance in the building enclosure may seem as straightforward as just adding insulation, but when building with conductive elements like steel, achieving higher thermal performance levels can be elusive.

Solutions MH: Thermal Performance of Curtain Wall Spandrel Panels

By Morrison Hershfield|Dec 2, 2015 1:00:00 PM

Leading the Way to a Sustainable Future

Spandrel panels constituent of glazing systems are a widespread architectural element of mid- and high-rise buildings. Designers long for spandrel panel sections to match the requirements of energy standards for opaque elements. Regrettably there is not an available insulation that can be packed into the back-pan of typical spandrel panel sections to meet the requirements of current energy standards for opaque elements for mild and cold climates. This situation often leads designers to consider adding insulation inboard of spandrel sections to improve their performance.

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