Redi-Rock Plant Tour
July 24, 2019
About Redi-Rock | Redi-Rock® is one integrated system with many solutions that features the use of giant concrete blocks (1,500 - 4,900 lb/block) to create taller gravity and sea walls with multiple batter options. The company offers stronger connection strength with its Positive Connection/MSE walls up to 60 feet and beyond (18+ meters tall). It provides many engineered solutions that integrate within a single wall system including anchoring, barriers, cantilevered CIP, combination gravity/MSE, flood wall CIP, freestanding, and revetment options. Redi-Rock is a machine-placed system that speeds up the installation process. It uses a wet-cast, first purpose concrete with a minimum of 4,000 psi and a freeze-thaw rating for greater durability and a longer life span.
42 Fort Hoyle Road
Magnolia, MD 21101
Earn 1 PDH
GeoVirginia 2019 by Virginia Geo-Institute Chapter of ASCE
Monday, September 23, 11:00am through Wednesday, September 25, 2019, 12:00pm EDT
at the Smithfield Center (220 North Church Street, Smithfield, Virginia 23430)
11 W Mount Vernon Place
5:30 - 6:30pm: Registration and
Social Hour with cash bar
6:30 - 7:00pm: Dinner
Beg. 7pm: Announcements and Presentation
Cole Field House support of excavation project
presented by Eric Blue
Wednesday, May 22, 2019
Cole Field House was the University of Maryland’s basketball arena from 1995-2002. A little more than a decade after a new basketball arena was constructed, the University decided that [to best utilize the existing Cole Field House] it would transform the field house from a former basketball arena and student activities center into an indoor football facility. In 2016, Nicholson Construction Company was chosen as the design-build contractor for the support of excavation portion of the work. The unique constraints at the site provided an opportunity for the construction team to exercise creativity and to yield a cost effective solution to support the existing structure while widening the arena floor to support a full size football field. The presentation will discuss the initial review and determination of the best geotechnical solution, design of the permanent wall system, and construction challenges during the renovation.
Eric Blue is a project manager at Nicholson Construction Company. Over the past four years with the Nicholson team, he has worked on a variety of projects throughout the east region from Pittsburgh, PA to Norfolk, VA. Before joining Nicholson, Eric worked for a large bridge contractor along the west coast and in Texas. His passion to build things stems from his family of residential contractors and insprired Eric to complete his bachelors degree in civil engineering at the University of Pittsburgh at Johnstown. When he’s not working, Eric is running long distances or spending time with his wife and three kids.
"Jamestown-Scotland Ferry fender replacement design and FRP pile installation”
with presenter Cameron Troxel, P.E.
Wednesday, April 24, 2019
The Jamestown-Scotland Ferry (JSF) is a Virginia Department of Transportation-operated free vehicle ferry near Williamsburg, Virginia. Recently, the JSF has undergone two construction contracts to replace multiple timber-cluster dolphins with 48-inch diameter hollow fiber reinforced polymer (FRP) monopiles. This presentation will discuss the initial study to determine the best dolphin replacement option (spoiler: hollow FRP monopiles won), design of the FRP monopiles, difficulties and successes in large FRP pile installation, and overall FRP monopile performance.
Cameron Troxel, P.E., is a senior project engineer at Whitman, Requardt and Associates (WRA) where he works on a variety of transportation-related projects. Before joining WRA in 2013, Mr. Troxel lived and worked in Atlanta, Georgia. He completed bachelors and masters degrees in civil engineering at the Georgia Institute of Technology.
"Not Your Typical Concrete Pavement” with presenter Robert Hackman, P.E.
Mr. Hackman is a Senior Consultant with GeoMaterials Consulting, LLC and provides Pavement Consultant services for the American Concrete Pavement Association (ACPA). He has over 35 years of experience related to pavement design, geotechnical engineering, and construction materials evaluations. He was previously the responsible principal engineer-in-charge for a full service office of a national engineering firm and now has his own firm providing consulting services ranging from peer review of reports to forensic studies to litigation support for clients seeking unbiased opinions related to geotechnical and construction materials issues.
Mr. Hackman has been evaluating and designing concrete and asphalt pavements since the early 1980s and has experienced the pros and cons of pavement materials. His breadth of knowledge expands from feasibility studies to sampling methods to laboratory and field testing to design recommendations involving new pavement construction as well as forensic evaluations of existing conditions for remedial actions or rehabilitation of pavements.
Steve Pennington, P.E., PLS on the recently completed instrumentation and monitoring program at the John F. Kennedy Center for the Performing Arts in Washington, DC.
Wednesday, March 6, 2019
Geo-Instruments' work on this project was featured in the November/December issue of GeoStrata, the official magazine of the ASCE Geo-Institute.
Seismic and Lateral Loads on Soil-Structure Interaction for Deep Foundation Design presented by Kwabena Ofori-Awuah, P.E., D.GE, ENV SP
Wednesday, January 16, 2019
The design of deep foundations for seismic and lateral loads should consider both inertial and kinematic loads. Kinematic loads include loads due to ground shaking as well as resulting from seismic hazards such as liquefaction and lateral spreading. Pile foundations have been damaged by liquefied and laterally spreading ground in several past earthquakes. This loading condition typically controls the design of deep foundation elements in areas susceptible to liquefaction.
This presentation will provide an overview of different kinds of inertial and kinematic load, the fundamentals of liquefaction and soil-structure interaction as applied in lateral load environment, and approaches to incorporate them in analyses.
Kwabena Ofori-Awuah, P.E., D.GE, ENV SP, is Practice Leader for Geotechnical Engineering at KCI Technologies, Inc.
"The Business of Geotech and Structural Engineers Working Together” with presenter Stephanie Slocum, P.E., LEED BD+C
Tuesday, November 6, 2018
Joint meeting with SEI
Structural engineers and geotechnical engineers often have competing priorities on project teams driven by differences in business practices and risk management. Many engineers on both sides do not understand these differences. This yields project team misunderstandings on all sides due to unclear expectations, resulting in poor project outcomes. This talk will demystify, from the consulting engineer’s perspective, how geotechnical and structural engineers work together to achieve project success.
1. Discuss common ways to contract geotechnical consultants and liabilities associated with each.
2. Learn the foundation design process from an engineer’s business perspective, including how to write an effective RFP and work with a soils report.
3. Learn how today’s documents address differing site conditions, including regional variations.
4. Understand liabilities associated with inspection vs. observations in the construction phase.
This talk will conclude a panel discussion with local geotechnical and structural engineers. Do you want to know what you can do to be a more effective partner with your geotechnical or structural engineer team member? Then you won’t want to miss this talk and discussion!
Special note: This talk is a compilation of research on best business practices completed by the SEI Business Practices Committee, and will be presented by the current chair of that committee. An earlier version of this talk was selected for presentation during the 2016 joint SEI-GI Congress.
Stephanie Slocum is the founder of Engineers Rising, LLC, where she helps engineers learn the leadership and people skills they need to let their technical abilities shine. Prior to founding Engineers Rising in 2018, Stephanie worked as a structural engineer for 15 years, working her way up from EIT to Associate Principal. She has extensive experience in the design and structural engineering project management of large commercial building projects, totaling over $500 million dollars in overall construction costs to date. Her experience includes a number of Baltimore-area projects when she worked for Hope Furrer Associates.
Stephanie is the current chair of the Structural Engineering Institute’s Business Practices committee. She is also the author of She Engineers: Outsmart Bias, Unlock Your Potential, and Live the Engineering Career of your Dreams. She graduated with an integrated bachelors and masters in architectural engineering, structural option, from The Pennsylvania State University in 2002.
"Modular Retaining Walls and their Potential to Fail" with presenter Raja El-Awar, P.E.
Wednesday, October 17, 2018
Learn about modular retaining walls, their design and construction requirements, inspection, permitting and certification, their failure modes, and how to avoid, inspect, and repair failures. Examples will be provided.
Raja S. El-Awar, P.E., has been a geotechnical consultant or contractor for over 30 years. He has represented owners, designers, and contractors. Mr. El-Awar is a licensed P.E. in 15 states or jurisdictions and a licensed contractor in three states or jurisdictions. He earned his bachelors and masters in civil engineering, focusing on geotechnical and transportation disciplines, from West Virginia University.
Mr. El-Awar is active with the Deep Foundations Institute as a Helical Piles & Tiebacks committee member and with the Transportation Research Board as a AFP30 Soil and Rock Properties committee member.