High rubber content modified asphalt needed high production temperatures due to the high
viscosity, but the viscosity and production temperature could be decreased by adding bio-oil …

Rubber activation provides a feasible approach for the preparation of high-content rubber
modified asphalt without increasing the complexity of the production process. The …

To realize the resourceful utilization of roadway waste for recycling and low-carbon
construction, two environmental-friendly pavement technologies pertaining to cold recycled …

The objective of this study was to characterize the performance of waste engine oil (WEO)
and microwave-treated crumb rubber (CR)-modified asphalt (WEO-MCRA) and analyze the …

High-content waste-rubber-modified asphalt (HRMA) has high viscosity and poor storage
stability. HRMA not only improves the properties of road asphalt, but also reduces the …

The use of waste rubber powder (WRP) to produce WRP modified asphalt (WRMA) has
been proved to have wide application prospects, however, WRMA has poor storage stability …

Traditional crumb rubber modified asphalt has long faced challenges such as increased
viscosity at high temperatures and poor construction performance. To overcome these …

Traditional hard asphalt, due to its low cost and excellent mechanical properties, is
considered a favorable material for resisting permanent deformation under high-temperature …

Crumb rubber modified asphalt (CRMA) has garnered attention for its superior low-
temperature crack resistance, yet its high viscosity hinders practical application. Naphthenic …

This study investigates the effect of ethylene-bis-stearamide (EBS) on viscosity reducing of
crumb rubber modified asphalt (CRMA) and explores the interaction mechanism via …