Tag Archives: Civil Engineering

Welcome to DBA, Nathan Glinski!

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DBA is proud to announce the addition of Nathan Glinski, E.I. to our staff.  Nathan is a recent graduate of the Georgia Institute of Technology (like Dan and Tim! Go Jackets!). Nathan completed his M.S. in civil engineering at Georgia Tech where he also did his undergraduate work. While at Georgia Tech, Nathan was a research assistant under the supervision of Dr. David Frost, P.E. where he investigated the use of pile foundations as geothermal heat exchangers. In addition to his research, Nathan was a teaching assistant for an undergraduate geotechnical engineering course, gaining experience in a wide variety of laboratory soil tests as well as managing the grading of reports and homework for 100 undergraduate students. Nathan has been the resident summer intern for DBA since 2010 and will now be joining us full time as a staff project engineer.

On a more personal note, Nathan is also an accomplished trials motorcycle rider, having been riding since a youth.  He has often ridden the courses and trails at the Trials Training Center (owned by Dan and co-located at DBA World HQ).  He is a big volunteer/instructor/participant in events at the TTC, as seen in two posts last year here (helmet cam while riding a course), and here (instructor).

As you can see from his photo, he has adopted the official hairstyle of DBA.  Coincidentally, being comfortable in a hard hat also means comfort when wearing your trials helmet!

Biloxi Bay Bridge Test Pile Program – DFI Journal Volume 3, May 2009

 

 

Robert’s paper with Lloyd Held (retired from Eustis Engineering) and Steve Saye of Kiewit Engineering Company on the Biloxi Bay Bridge test pile program has been published in the latest issue of the DFI Journal, published by the Deep Foundations Institute.  A total of 22 indicator piles were installed on the project using the pile driving analyzer to monitor the pile behavior. Five load tests were performed: two axial Statnamic, two lateral Statnamic, and one static axial. The results of the test pile program established driving criteria for production piles that included end of drive blow counts and pile tip elevations with an appropriate allowance for setup.

 

Click on the image below or go to our Publications page.

 

Test Pile Program to Determine Axial Capacity and Pile Setup for the Biloxi Bay Bridge_ThompsonHeldSaye - DFI Journal Vol3-May09

 

The bridge was recently featured on the cover of Civil Engineering Magazine along with a feature article by Pat Cassity, P.E., S.E. of Parsons Transportation Group.  Source: ASCE

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