Warm mix asphalts (WMA), because of their low production and compact temperatures, may have different behaviors in long term. In the present work, the energy-based criteria along with the 50% reduction in initial stiffness (Nf50%) using four-point bending test under controlled-strain conditions of 1000 microstrain were applied to compare the prepared two warm mix and HMA samples. All these crit...

This investigation is centered around the application of warm mix asphalt (WMA) technologies to address workability concerns linked rubberized binders. The primary aim incorporating crumb rubber (CR) and WMA additives establish a robust paving method that fosters energy conservation, efficient waste management, noise reduction, improved overall performance. current study aims comprehensively ch...

Abstract In order to explore the rheological properties of high content warm mix recycled asphalt binder, was added into prepare asphalt. The optimum regenerant and Sasobit REDUX determined by basic performance test temperature scanning test. chemical composition studied FITR. low crack resistance were analyzed DSR BBR tests, determined. results show that when is 10%, its recovers level base ca...

Warm Mix Asphalt (WMA) is a set of technologies that uses additives to reduce binder viscosity and increase mixture workability, which provides complete coating aggregates at lower temperatures around 100 °C 130 °C. Organic wax or Sasobit one the can be used for this purpose. It reduces melting point wax, allows production asphalt mixes temperatures. This attempt proposes new relationships elas...