Pavement temperature field is driven by climatic factors such solar radiation, air temperature,
wind, and among others. Accurate prediction of pavement temperature field is critical for …

The performance of bituminous materials is mainly affected by the prevailing maximum and
minimum temperatures, and their mechanical properties can vary significantly with the …

This paper aims to present an analytical approach to predict temperature fields in asphalt
pavement and evaluate the effects of thermal modification on near-surface environment for …

Airport asphalt pavement failure is caused by the combined effects of temperature and
aircraft loading. Sensors have been effectively used to monitor the structural health of airport …

Monitoring road surface temperatures is crucial to establishing winter maintenance
strategies by the State Departments of Transportation (State DOTs) in the United States …

This study aims at helping optimize the application and usage of deicing salts on the winter
road surface. Laboratory experiments were conducted for observing how volume and …

Temperature responses of asphalt pavements are significant, because of their potential
influence on pavement structure design and distress prevention, particularly in areas that …

This study focuses on understanding and quantifying projected changes to road thermal and
hydrologic characteristics that are associated with road failure, for the City of Montreal …

Asphalt pavement temperature has several applications, including pavement structural
design and evaluation, asphalt mixture design, asphalt binder grade determination and …

In winter, the ice and snow on the asphalt pavement reduce the friction coefficient of the
pavement, which may lead to serious traffic accidents and large-scale congestion. Taking …