Research Publications

This project phase will engage software vendors and other industry stakeholders to continue developing technical specifications and resources that facilitate data exchanges.

To help engineers determine the size and type of snow fence to use for a particular location, researchers developed new methods for measuring and tracking snow in Iowa.

Researchers sought to understand which abutment design details would achieve the expected structural integrity and performance under service loads.

Increasing the the pile section size allows for section loss from corrosion while still providing the required design strength.

Improving lives through innovative transportation research.

A research project led to guidelines for improving project selection, construction, and maintenance for future CIR projects.

The short-span standards for single-span prefabricated bridges were successfully updated to provide an alternative design.

The Iowa Highway Research Board (IHRB) made an existing engineering tool more accurate and user-friendly.

New guidance details the use of helical piles as a cost-effective solution for bridge foundations that is quick and easy to install, even in hard-to-reach locations.

The multiyear effort will develop recommended standards and processes for data exchange and digital workflows, geographic information systems applications, and asset inventories.

A pooled fund effort led by Iowa DOT implemented new performance-engineered mixture methods for concrete testing that resulted in improved specifications for sustainable pavement.

Technology-focused pooled fund explores new transportation solutions.

Enhancing pedestrian and bicycle safety and experience through design guideline updates

Standardizing communication on road conditions to improve safety.

Leveraging connected vehicle technology for use in road weather management.

Crowdsourcing road friction data to support winter operations.

Sustainable dust suppressants on gravel roads may reduce health and environmental impacts.

New technology for alerting drivers to adverse road conditions.

Uniform data collection to improve safety hardware assessment.

Identify which sealers can cost-effectively improve the longevity of concrete surfaces by helping compensate for mixtures at risk for early deterioration.