Warm Mix Asphalt (WMA) technology has become increasingly popular in pavement
construction because of its environmental benefits and its ability to improve the engineering …

Wax in asphalt is an important factor that affects the life cycle cost of flexible pavements. Due
to limitations in characterization methods for asphalt microstructure, deficiencies in our …

To better understand the thermal-oxidative aging mechanism of asphalt binder at the
component level, a new isothermal aging method was developed to discuss thermal …

Rutting is one of the main distress modes of asphalt pavements, especially after prolonged
warm periods, and thus a great deal of research has been focused on the development of a …

Solid crystalline wax content is an important parameter to control the quality and durability of
asphalt binders produced for flexible pavement construction. Although a significant number …

Perennial freeze-thaw cycles have caused plenty of defects on asphalt pavements. To
analyze the effect on asphalt binder and mastic under freeze-thaw cycles, the multiple stress …

The microstructure–property relationship of Sasobit modified Warm Mix Asphalts (WMA) is
investigated in terms of thermal, rheological and morphological studies. Four asphalt …

During the asphalt heating process in the various stages of hot mix asphalt (HMA)
production and paving operations a complex mixture of hydrocarbon aerosols, vapors and …

In recent years, warm mix asphalt (WMA) has become an important new research topic in
the field of pavement materials due to a growing concern over global warming. Though this …

The tensile failure behavior of asphalt binder is crucial for longevity and durability of asphalt
concrete, which is one of most common infrastructure materials. This study provides a cross …