The primary goals of this proposal are to identify the existing traffic, safety, and environmental problems caused by pass-through traffic and natural calamities in New Brunswick, NJ and to introduce resilient transportation solutions that would minimize traffic spillbacks and enhance safety.
This project will utilize a combination of field and laboratory testing to (1) improve the preparation of laboratory specimens and (2) help guide the development of QA/QC guidelines.
The primary goal of this proposal is to enhance the understanding of hazards, vulnerabilities, and potential impacts on critical assets at the Little Egg Harbor Yacht Club and develop effective strategies for risk reduction and resilience enhancement.
The BRP is aimed at preserving bridges in the state, enhancing the condition of key transportation infrastructure, and developing new technologies to help engineers build with resilience in mind.
This project is to acquire a new terrestrial laser scanner - Faro Focus S350 to enable new research studies in digital twining of the built infrastructure to support mitigation of flood threats to critical transit stations and and evaluation of disinfection methods for transportation facilities.
CAIT has been busy in recent months with projects ranging from building virtual reality modules for workforce training to using drones in innovative ways for highway interchange asset inspection. Check out the latest edition of Transportation Today, our print newsletter, for these stories and much more.
CAIT-affiliated researchers examine the impact of major trade agreements such as NAFTA and the European Union Customs Union, and their implications on transportation systems globally.
