July 2019
Measuring the Impact of Monster Jam on Venue Flooring
Dr. Bridge kneels while working on some wires on the Monster Jam field.
Two UF Civil Engineering professors teamed up with Feld Entertainment to research the impact of over-sized motor vehicles on venue floors in an event called Monster Jam, the largest motor-sport event that tours globally throughout arenas and stadiums.

Funded by a grant from Feld, Jennifer Bridge, Ph.D., and Christopher Ferraro, Ph.D., visited Marlins Park, a baseball stadium in Miami, FL, and the TIAA Bank Field, a football stadium in Jacksonville, FL, to log and analyze the events taking place.

Dr. Bridge, the principal investigator, measured to see if the events are detrimental to venue flooring by evaluating load pressures produced by the vehicles. Vehicles include monster trucks, dump trucks, skid-steer loaders, front-loader washers, excavators, forklifts, and flatbed tractors. After conducting the study, they plan to provide specific pressure-loading data regarding all phases of Monster Jam, including floor protection installation, track construction, pit party, event performances, and clean up.

“Any time we can gain understanding, it’s a good thing,” she said. “Not only are we measuring monster trucks, but construction equipment. If we can understand the loads imparted by all these pieces of equipment, we can use it as a standard.”
Requirements for Use of Field-Cast, Proprietary Ultra-High-Performance Concrete in Florida 
University of Florida researchers, led by principal investigator Kyle Riding, Ph.D., developed a method to measure the tensile stress-strain relationship of ultra-high performance concrete (UHPC). They also developed a specification for material acceptance of field-cast UHPC. Improved specifications and performance verification will allow designers to use UHPC more widely and take advantage of its benefits in Florida transportation construction projects.

A worker conducts a slump test of freshly made
UHPC. This simple test helps verify the consistency of
a batch of concrete.
A worker conducts a slump test of freshly made UHPC. This simple test helps verify the consistency of a batch of concrete.
Effect of Proximity of Sheet Pile Walls on the Apparent Capacity of Driven Displacement Piles, Phase 2
A temporary steel sheet pile wall (SPW) is frequently used to stabilize soil during construction. An SPW is installed prior to the installation of the production piles. 

University of Florida researchers, led by principal investigator Jae Chung, Ph.D., investigated the effects of installation and removal of sheet pile walls on piles driven into granular soils.

The use of a sheet pile wall to stabilize soil for
further construction might be permanent or
temporary.
The use of a sheet pile wall to stabilize soil for further construction might be permanent or temporary.
Follow us!