Design and Implementation of Virtual Simulation Experiment for High Temperature Rutting of Asphalt Mixture
In order to deeply understand and systematically master the principle,influencing factors,and evaluation indicators of high-temperature rutting test of asphalt mixtures,a virtual simulation platform for high-temperature rutting of asphalt mixtures is designed.The platform consists of multiple modules,including pavement temperature field detection,traffic volume detection,mixture gradation design,multi-parameter rutting test,and micro force chain simulation.It involves several professional curriculums such as road materials,pavement design and detection.Through multi-parameter rutting test,the variation law of high-temperature performance of asphalt mixtures under different temperatures and loads can be analyzed.It is also possible to explore the improvement effect of additives such as anti-rutting agents and basalt fibers on the high-temperature performance of asphalt mixtures.The results indicate that the combined effect of high temperature and heavy load will greatly accelerate the rutting formation of asphalt pavement.After adding basalt fibers,the high-temperature performance of asphalt mixtures can be improved by more than 68％.In addition,through visual simulation,the formation mechanism of rutting disease of asphalt mixtures can be intuitively displayed at the micro level,providing support for experimental teaching of related curriculums.
asphalt mixturehigh temperature performancevirtual simulationrutting test
万方数据
维普
