Move Your Assets

Kevin Senn, PE, a Principal Engineer at NCE, explains how systematically measuring and analyzing pavement performance enables asset managers to meet strategic goals while saving time and money.

Eyad Masad, PhD, PE, a professor at Texas A&M University, provides insights on pavement analysis tools and the impact of AI on the future of transportation.

Continuously reinforced concrete pavement (CRCP) assets contribute to sustainability throughout the design, construction, operation and maintenance phases of a project. Professor Moon Won from Texas Tech University explains why.

The design process is key to delivering safe, sustainable infrastructure. Simplifying the infrastructure design process can help reduce risks and costs. Tim Martin, President of 2TM Consulting Engineers, explains the design-build approach and how it improves the success of pavement projects.

Flexibility and agility are increasingly required to manage quickly evolving infrastructure strategies and technologies. For teams working in newly industrialized and developing countries, adaptability is paramount. Richard Wix, from the Australian Road Research Board, shares lessons learned from collecting pavement data on six continents.

Building the right bridge infrastructure can help reduce strain on the environment. Gregg Freeby, Executive Director of the American Segmental Bridge Institute, explains how segmental bridges offer a cost-effective, long-lasting alternative to traditional bridge construction.

Today's vehicles come with many types of driver-assist technology, but will the vehicles of the future be completely driverless? Steve Karamihas, PhD, from the University of Michigan Transportation Research Institute, explores the current and future state of autonomous vehicles.

Meeting the world's energy needs is a challenge our transportation infrastructure can help solve. Solar panels on rooftops are a familiar sight. But solar panels in roadways? Samer Dessouky, PhD, PE, from the University of Texas, San Antonio, sheds light on the innovative technology that enables pavement infrastructure to generate renewable power.

Professor John Harvey from the University of California, Davis, says adopting a pavement life cycle assessment process can help transportation agencies provide safer, more affordable, and longer-lasting road networks.

To evaluate pavement performance under specific conditions, transportation agencies must go beyond traditional testing methods. Bouzid Choubane, PhD, PE explains how to generate better insights into pavement materials, technologies, and design methods using Accelerated Pavement Testing.