Experimental approach for evaluating the Marshall Stability (MS) and Marshall Flow (MF) of
basalt fiber asphalt concrete (BFAC) is time-consuming and expensive. This study employed …

The traditional method to obtain optimum bitumen content and the relevant parameters of
asphalt pavements entails time-consuming, complicated and expensive laboratory …

Temperature segregation of asphalt mixture is one of the major reasons for pavement
damage. The premise of ensuring desired properties of the asphalt mixture is to propose a …

This study addresses the challenge of enhancing pavement condition assessment
methodologies by proposing a universal XGBoost-SHAP framework. Leveraging diverse …

Forecasts on transportation meteorology, such as pavement temperature, are becoming
increasingly important in the face of global warming and frequent disruptions from extreme …

In the construction of asphalt pavement, poor quality is often the main reason for damage to
the pavement, which necessitates the use of monitoring systems during the construction …

State and local highway agencies spend substantial budgets repairing infrastructure
damages caused by snow and ice every winter season. These infrastructure damages can …

Marshall stability (MS) is used to evaluate the resistance to settlement, deformation and
displacement of asphalt concrete. However, these experiments are complex, expensive and …

The temperature profile significantly influences the structural performance of asphalt
pavement since it influences various mechanical parameters such as stiffness, strength, and …

To manufacture synthetic rubber, rubber manufacturers require optimal recipes to ensure
that it satisfies the required quality standards. Several experiments are required to create the …