In recent years, the increasing cost of the repair and resurfacing of roads and airports caused by the traffic load that resulted in the increase in intensity and frequency of comprehensive research on the use of additives in the manufacturing the asphalt mixtures ability against dynamic loads. Sustainable variable shapes in pavement layers that increased with increasing temperature, have prompted researchers to seek solutions to deal with this problem in structural asphalt pavements. Meanwhile, the use of waste materials that have the potential to improve dynamic characteristics of asphalt pavements can be an effective method for reducing the harmful effects of this dynamic phenomenon. The study aims to review the effect of recycled glass on the resistance of asphalt profile to use it to the sample density changes and the optimal pitch and the amount of water uptake in the use of glass resulted by glasses is determined instead of aggregate and to provide appropriate solutions to increase functionality of asphalt pavements against dynamic loads. A sample of asphalt has been tested based asphalt different tests, the resistance evaluated and were compared with conventional asphalt mixture. The results show that the glass due to the characteristics such as high hardness, comprehensive sharp angles and fracture fully is able to improve behavioral characteristics of asphalt mixtures.
