Needham DBS provided event sponsorship for the Building Contractors Association Summer Bash on August 10, 2017. The theme of the event is "Building Bridges Between Generations." This event brings together BCA young professionals with the regular membership to provide networking opportunities in a fun, casual setting. Over 130 members filled the Old Barn at Salomon Farm for the 3rd annual Summer Bash. Guests enjoyed picnic fare, refreshments, games, and live entertainment by musician Adam Strack.
Industry Axis
Craig, located in the Fort Wayne office, is a leader in the structural engineering community through several professional affiliations. His areas of expertise are conventional steel framed structures, open web joist and joist girder structures and pre-engineered metal buildings.
Pre-engineered metal buildings are popular with owners and developers since they provide a low cost economical solution for low rise steel framed construction. The PEMB supplier custom engineers the building to meet the code and owner specified minimum design load requirements. Using welded three plate columns and rafters with thicknesses varying in 1/16” increments and unlimited configurations for material utilization, the supplier has the ability to optimize the design to a great degree of precision. The PEMB supplier minimizes the cost to the owner but limits the flexibility to do future upgrades. This has owners asking "Where's the beef?"
What does the owner do to plan for expansion, install a new roof or install new equipment? These scenarios, as well as many others, create additional loads on the building or changes how the building performs. Many of these modifications, renovations and expansions occur years after the building was designed and put in to service. The building codes are continually changing, the owner may not have a set of the existing building drawings, or the site visit may reveal undocumented changes to the building. These are just a few challenges faced when deciding if the existing structure can adequately support the new loads being applied to the building.