Monday, June 5, 2017
Featured Agency Session
Monday, June 5; 2:00 – 5:00 p.m.
Room: Cherry Blossom Ballroom
The IBC is pleased to welcome the District of Columbia Department of Transportation (DDOT), as the 2017 Featured Agency. In addition to the exhibit display highlighting the bridge program of DDOT, the Featured Agency session provides attendees with the opportunity to learn even more about this dynamic agency and their recent projects.
Bridges in Washington, DC
Dawit Muluneh, P.E., Chief Engineer, District of Columbia DOT (DDOT), Washington, DC
The District’s Historic Bridge Structures
Konjit Eskender, P.E., State Bridge Engineer, District of Columbia DOT, Washington, DC
The Frederick Douglass Bridge and South Capitol Street Project
Delmar Lytle, P.E., District of Columbia DOT, Washington, DC
H Street Bridge
Ali Shakeri, P.E., District of Columbia DOT, Washington, DC
Abdullahi Mohamed, District of Columbia DOT, Washington, DC
Anna Chamberlain, District of Columbia DOT (DDOT), Washington, DC
16th Street and 27th Street Bridge Projects
Paul Hoffman, P.E., District of Columbia DOT, Washington, DC
Active Transportation- The District’s Trail Bridges
Jim Sebastian, District of Columbia DOT, Washington, DC
Monday, June 5; 2:00 – 5:00 p.m.
Room: Woodrow B/C/D
IBC 17-17: Deep Pipe Pile Cell Foundations Built in Rivers for Expressway Viaduct Widening
Takefumi Takuma, Giken America Corp., Orlando, FL
Pipe pile cell foundations are being constructed to support a new expressway interchange on a viaduct section over rivers flowing through a densely populated part of Tokyo, Japan. The state-of-the-art Gyro Press Method (rotating and simultaneously pressing in the pipe piles) was chosen to drive 60-meter (197-foot) long and 800mm (31.5-in) diameter pipe piles to minimize noise and vibration and to deal with a low overhead clearance.
IBC 17-18: The Inspection Revolution: How a Combined Above/Below Water Hi-Resolution Mapping System is Changing the Way We Assess the Condition of Marine Structures
Mark Farber and Rich Hisert, Ph.D., Innovative Mapping Technologies, LLLP (IMT), Troy, NY
Innovative Mapping Technologies (IMT) utilizes its combined multibeam-LiDAR mapping vessel to characterize structures, below and above the waterline, throughout the New York State Canal System. The high resolution, geospatially referenced, 3D models have become the standard of the inspection program, which previously used divers alone. The new program has produced more accurate and comprehensive inspections with less time on the water, resulting in a higher number of structures completed with lower costs and increased safety.
IBC 17-19: Effectiveness of Added Damping Systems for Structures in Latin America
Carlos Mendez-Galindo, Ph.D., Mageba Mexico, Mexico City, MX; Gianni Moor, Mageba USA, New York, NY; Borja Bailles, Mageba International, New York, NY
Several countries in Latin America have started to implement seismic protection systems based on advanced technologies. The main objective is always to protect people’s lives. However, the integrity of the structures and their serviceability immediately after an earthquake are key in the speed of the emergency response. Seismic damping systems provide an alternative to conventional earthquake resistance design, and have the potential for significantly reducing seismic risk without compromising safety, reliability, and economy of structures.
IBC 17-20: Structural Health Monitoring of Cable Stay Bridges as Applied on the New Champlain Bridge in Montreal, Canada
Gianni Moor, Mageba USA, New York, NY; Samy Rassy, Mageba International, New York, NY; Kleidi Islami, Mageba Switzerland, Bulach, Switzerland.
With the continuous optimization of design software, construction technologies and materials, structural design has taken tremendous leaps. However, demonstrating proper structural behavior and providing timely maintenance, more specifically of modern cable stay bridges, remains challenging. This paper introduces the new Champlain Bridge as a case study to demonstrate how the implementation of Structural Health Monitoring (SHM) can help ensure a structure’s full life expectancy while also being used to confirm structural models.
W-01: Evaluating Internal Redundancy of Existing Built-up Steel Members to Set Hands-on Inspection Intervals
Time:2:00 – 5:00 PM
Room: Baltimore 3/4/5
Presented By: Purdue University
This workshop will familiarize bridge engineers with newly developed provisions on how to exploit the internal redundancy of existing or new built-up steel members presently classified as FCMs in order to establish a rational hands-on inspection interval. Built-up members meeting the provisions are internally redundant and therefore should not be classified as FCMs. The supporting research (TPF-5(253)) and specifications/commentary with detailed examples, including setting the hands-on inspection interval, will be presented.
Speakers: Robert J. Connor, PhD, Purdue University, West Lafayette, IN; Francesco Russo, PhD, PE, Michael Baker International, Philadelphia PA; Matt Hebdon, PhD, PE, Virginia Tech, Blacksburg, VA.
W-02: International Bridge Engineering Practices
Time: 2:00 – 5:30 PM
Room: Annapolis 1/2/3
Presented By: Bridge Engineering Consultant
The main objective of this workshop is to provide a forum for bridge engineers from bridge engineers to present and discuss bridge design, construction, specifications, inspection, maintenance, repair, etc. of bridges in the presenters’ countries. Five to six international speakers will share their bridge engineering practices and lessons learned.
Speakers: Myint Lwin, Bridge Engineering Consultant, Olympia, WA, Jangguo LV and Houqiang Ji, Anhui Transportation Holding Group LTD, Hefei, Anhui, China
W-03: (BriM) Using Bridge Models after the Design Process
Time: 2:00 – 5:00 PM
Room: Woodrow A
Presented By: Bentley Systems
Bridge Information Modelling (BrIM) is a process to plan, design, construct and manage infrastructure assets that involves creating and using intelligent 3D models. Implementation of an effective BrIM strategy that integrates people, processes and technology can greatly improve accuracy and efficiency.
This workshop will explain:
- How BrIM technology and processes is being used on live projects.
- How to create a managed BrIM framework using the OpenBrIM library concept.
- How the information in intelligent bridge models can be used for construction, inspection and maintenance.
- How this process is being implemented in the United Kingdom.
Speakers: Alexander Mabrich, Bentley Systems, Sunrise, FL; Andy Lohan; Mina Mahdavi; Ali Koc, Research and Development, Red Equation Corporation, Melville, NY; Mina Mahdavi, EnTech Engineering, PC, New York, NY.
W-04: Bridge Load Rating and Posting for State-Specific Legal Loads
Time: 2:00 – 5:00 PM
Room: Magnolia 1
Presented By: Federal Highway Administration
State laws governing truck size and weight vary from state to state, leading to the variation of legal loads allowed to operate in different States. In accordance with the National Bridge Inspection Standards, the State-specific legal loads need be considered in bridge rating and posting. The objective of this Workshop is to provide awareness to bridge engineers/load raters about the State-specific legal loads, the regulatory requirements, and the method to rate and post highway bridges for these loads.
Speakers: Lubin Gao, Federal Highway Association, Washington, DC.