This course provides the basics for developing a road surface management program to help local governments manage their pavements by providing an understanding of the concept and importance of road surface inventories and condition surveys. A review of the basic components of flexible and rigid pavements is discussed.
The Annual New Jersey Department of Transportation (NJDOT) Research Showcase is an opportunity for New Jersey’s transportation community to experience the broad scope of ongoing academic research initiatives and share technology transfer activities being conducted by institutions of higher education and their associates.
This course is for municipal or county employees and those that work with them who are involved in the planning, inspecting and placing of asphalt pavements. The course will provide the information needed to properly plan and monitor a hot mix asphalt paving project.
The Walter L. Huber Civil Engineering Research Prizes are awarded to ASCE members for notable achievements in research related to civil engineering. Dr. Hao Wang was recognized by ASCE with a Huber Prize this year for his innovative research developing sustainable, durable, resilient, and smart pavement systems.
A three-year project at Columbia University is building Digital Twins of intersections, roadways, and other key infrastructure in New York City to monitor and map traffic flow throughout the city. Using Digital Twins can help officials simulate traffic and congestion conditions and test potential mitigation strategies.
The primary goal of this proposal is to develop a data-driven decision-support system to help state departments of transportation (DOTs), local agencies, and tribal governments select the best project delivery method (PDM) for each bundled contract by leveraging machine learning algorithms.
The goal of this proposal is to enhance the resilience of coastal box girder bridges subject to storm and/or tsunami wave loading through an evaluation of their design geometry. The intended outcome of the project is to equip coastal bridge designers with resilient strategies for new designs and retrofits.
This summer, the BEAST Lab at Rutgers CAIT began to evaluate emerging bridge preservation technologies in addition to ongoing testing of a full-scale, 50-ft. bridge deck. Specifically, researchers started investigating UHPC to establish measurements of the material’s long-term performance under real-world conditions.
Due to how it is sourced and produced, the mechanical properties and characteristics of Recycled Concrete Aggregate can vary greatly. As demand for this material grows, it is important for the construction industry to understand the nature of RCA and how it can be applied to different projects.
