The use of waste plastic into asphalt concrete paving mix (ACP) has been explored in recent
literature to improve the functional properties of the mix. However, exploration on their …

Although asphalt pavements modified with recycled plastic have demonstrated enhanced
performance, their recyclability remains under-explored, which is crucial under the scope of …

The substantial energy consumption and CO 2 emissions associated with the production
and transportation of concrete and its components have necessitated the search for suitable …

High construction temperatures and complex application conditions make the high-viscosity
modified asphalt (HVMA) susceptible to aging. This work presents a comprehensive …

This study aimed to evaluate the impact of Vestenamer polymer and warm mix asphalt
(WMA) additives (Zycotherm, Sasobit, and PAWMA) on the resilient modulus and rutting …

Recycling plastic in asphalt pavement holds potential for environmental and economic
benefits. However, its performance after prolonged exposure to heat, oxygen, sunlight, and …

The development of biodegradable films using natural materials, such as water hyacinth,
addresses the environmental impact of plastic waste. The production of plastics, especially …

Amid the growing demand for sustainable pavement solutions and the need to incorporate
recycled materials into construction practices, this study explored the viability of using …

The valorization of wastes as an alternative or secondary raw material in various products
and processes has been a solution for the implementation of sustainability, a safer …

This study aims to analyse the behaviour of asphalt concrete produced from recycled plastic-
modified bitumen. This particular production process is known as the wet method, which …