The change in radiative energy balance, which is called radiative forcing (RF), reduces nearby air temperatures and impacts the surrounding building energy demand (BED) including heating and...

Stresses resulting from thermal cycles within concrete pavements can cause expansion, contraction, bending, and flexing that can lead to fracture. This brief examines the risk of fracture of...

Freeze-thaw damage is a potentially serious deterioration process that occurs in concrete structures in cold climates. While it is known that using certain deicing salts can aggravate the damage,...

CSHub researchers are working to understand pavement fracture at all levels, from the nano-scale up, so it is important to have a model that allows for the evaluation of cracks as they are forming...

For life cycle cost analyses (LCCAs) to provide the best information possible and lead to better decisions, the cost estimates must reflect, as accurately as possible, the most likely expenditures...

In many contexts, the existence of either inter-industry or intra-industry competitive substitutes drives down prices.  Concrete and asphalt, the two primary paving materials, can be considered...

The urban heat island (UHI) effect is defined as a temperature difference between urban areas and their rural surroundings where the city temperature is higher. UHI is typically studied using...

Pavement management systems can serve as an excellent tool for federal and state transportation agencies searching for effective methods to maximize performance of pavement segments in the face of...

As concrete hardens, internal stresses can result in the formation of random, uncontrolled cracks in portland cement concrete (PCC) pavements. Joints are cut to release some of these early-age...

Pavement Vehicle Interaction (PVI) can significantly contribute to the overall economic and environmental footprint of high traffic volume pavement systems. Past studies examining PVI have taken...