C10−Interior Construction

Category Archives: C10−Interior Construction

The Benefits of BIM for Interior Steel Framing

Image © BigStockPhoto/AndreasG

Building Information Modeling (BIM) software is helping architects and specifiers streamline their product selection process by providing detailed 3D models of specific products and allowing them to track the product through the construction process. While the use of BIM is increasing, the idea of using component-specific BIM programs, such as those for interior steel wall framing is only beginning to gain traction among building professionals. As such, this article gives a comprehensive review of how component-specific BIM tools can provide benefits throughout the construction process and even after the building is complete.

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Richardsville Elementary – NET ZERO

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September 2010 marked the grand opening for Richardsville Elementary, the First Net-Zero Insulated Concrete Form School in the U.S. Warren County School district, the school board responsible for Richardsville, has been building energy efficient schools that are being recognized for their innovation across the United States.

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Understanding New Accessibility Requirements for Doors

All images courtesy Allegion

The 2010 Americans with Disabilities Act (ADA) Standards for Accessible Design has several requirements that continue to surprise architects and specifiers. This article examines changes to door hardware operable force, use of low-energy automatic operators, protrusions into egress, and the need for proper maneuvering clearance.

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Shapes and Sounds: Designing concert halls with curves

Images courtesy Radius Track Corporation

Using curved surfaces in performing arts facilities can diffuse sound and create distinctive appearances; the wide variety of options—may made available through use of modeling technologies and cold-formed steel (CFS)—means a wide palette of dramatically different visual results.

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Getting it Right the First Time: Addressing heat and light problems with glazing

Photo courtesy Sage Electrochromics. Photo © Jeffrey Totaro Photography

Customers often call design teams regarding problems concerning too much light and/or too much heat coming into a building and making the space practically unusable. Frequently, it is not that the existing glass had poor performance, but rather the issue is the original design concept did not combine the glazing with other design elements to adequately address the sun management challenge the exterior environment presents.

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Passive Fire Protection and Interior Wall Assemblies

All images courtesy ClarkDietrich Building Systems

To ensure optimal fire protection, building codes require interior wall assemblies to be evaluated by industry standards to determine their fire performance. This article gives examples of fire-rated wall assemblies and passive firestop systems, describing the testing they must go through to achieve their fire ratings. It also covers best practices for the specification and installation of each.

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