Matthew T. Blackmer, M.S., P.E.

Matt holds a Bachelor of Science in Civil Engineering, and a Master of Science in Civil Engineering with emphasis on structural engineering. He possesses extensive knowledge in structural and civil engineering, lending to efficiency in the analyses of structural failures, and is experienced in many aspects of structural investigations including fire damage, flood damage, expansive soils, construction defects and repair recommendations. Matt's investigations and inspections range from construction defects, concrete and foundation design/installation, and steeply dipping bedrock issues. He has considerable project experience working with insurance companies, lawyers, homeowners, management companies, and homeowner associations. Matt is affiliated with various professional engineering, and construction/concrete organizations.

 Articles by this Author

On August 29, 2005, Hurricane Katrina made landfall as a Category 4 storm that eventually resulted in a breech of the levee system of New Orleans. Interesting enough almost 13 years ago, the Fall 1992 Invention & Technology magazine published an article regarding the City of New Orleans; “The linchpin of the entire system – pumps, spillways, the works – is the levee.” “Taken with the control structures upstream, the levee system around New Orleans could protect the city from virtually any river flood possible. The levees are also built to take a direct hit from a Category 3 hurricane, the other major natural disaster that the city might have to face. A Category 3 generates twelve-foot tides and 130-miles-per-hour winds. In 1969 Hurricane Camille, with twenty-six-foot tides and 190-mph winds, missed New Orleans by sixty miles.” “At this point a Camille-type hurricane is about the only thing that could overwhelm New Orleans. Although the pumping system wouldn’t be able to save the city from flooding, it would speed drainage and help bring things back to normal. People would die, but the city would not.”
The weight of ice and snow from the March 2003 Denver Metro Area snowstorm caused significant damage to many structural components of roof systems, including catastrophic collapse.  However, the snowstorm also caused damage to other components of the roof. Weight of ice and snow, along with sliding and/or drifting snow, caused damage to the roof coverings and waterproofing characteristics of many roof systems.  Damage to the roof coverings and waterproofing typically resulted in water infiltration and water damage claims. 
To preview this PDF article, please click on the "view site" link below.

This article originally appeared in the December 2003 issue of Claims Quarterly, published by the CPCU Society, Malvern, PA,
www.cpcusociety.org, and is reprinted with permission.

Do you often have claims resulting from water problems in basements? The causes of water infiltration are numerous, but are typically related to the immediate grading and drainage around homes. Water infiltration can result in damage to structural elements of the home and, more seriously, health issues resulting from mold and fungus under structural basement floors or in the wall cavities of finished basements. Storage items could also be damaged by water exposure, resulting in property loss.