Lobo Co-Authors ASCE Journal of Bridge Engineering Technical Paper on Live Load Performance of Rail Transit Bridge
Our Senior Bridge Engineer John Lobo, P.E., M. ASCE, combined his knowledge of industry-standard design guidelines with field testing data to co-author a technical paper, “Live Load Distribution and Dynamic Amplification on a Curved Prestressed Concrete Transit Rail Bridge” for the American Society of Civil Engineers (ASCE) Journal of Bridge Engineering. The paper details the analysis of an in-service light rail transit bridge in Denver, which was designed using standard guidelines that do not address transit rail structures. It delves further into the findings regarding live load distribution and amplification as train speed increased, and the variations that were found as a result of the study.
Lobo brings expertise in transit structures, blast loading and hydraulic structures, and is proficient in a wide variety of analytical methods using several sophisticated analysis and design software packages. Over the course of his career, he has also worked with a variety of design codes, both local and international.
Note: The magazine article is accessible only through a subscription-based service. ASCE members can use their login information to access it, here. For any questions, please reach out to Lobo.
About Our Bridge Experience
In 2017, Engineering News-Record ranked us number one in their “Top 25 Bridges” design firms. We have a passion for all types of bridges, and offer every bridge-related service you can think of and a few you might not. We work on some of the largest and most complex bridge programs in the United States, including being the general engineering consultant for SR 520 — the world’s longest floating bridge — and our third prestigious ACEC Grand Conceptor Award winner. We also serve as lead designer on the Pennsylvania Rapid Bridge Replacement Program, the Bayonne Bridge navigational clearance project and the Mario M. Cuomo Bridge, formerly known as the New NY Bridge, which is replacing the Tappan Zee.