路基工程
路基工程
로기공정
SUBGRADE ENGINEERING
2012年
6期
27-28,33
,共3页
王羽%魏河广%于忆骅%张立舟
王羽%魏河廣%于憶驊%張立舟
왕우%위하엄%우억화%장립주
硅藻土%车辙试验%路用性能%高温稳定性
硅藻土%車轍試驗%路用性能%高溫穩定性
규조토%차철시험%로용성능%고온은정성
diatomite%rutting test%road performance%high temperature stability
通过探讨硅藻土在沥青及沥青混合料中的改性机理,结合高温稳定性试验,研究硅藻土改性沥青混合料的高温性能,分析不同掺量条件下硅藻土沥青混合料路用性能改善状况。研究表明:硅藻土作为沥青改性剂,抗车辙能力强,能较好地提升沥青混合料的高温稳定性。
通過探討硅藻土在瀝青及瀝青混閤料中的改性機理,結閤高溫穩定性試驗,研究硅藻土改性瀝青混閤料的高溫性能,分析不同摻量條件下硅藻土瀝青混閤料路用性能改善狀況。研究錶明:硅藻土作為瀝青改性劑,抗車轍能力彊,能較好地提升瀝青混閤料的高溫穩定性。
통과탐토규조토재력청급력청혼합료중적개성궤리,결합고온은정성시험,연구규조토개성력청혼합료적고온성능,분석불동참량조건하규조토력청혼합료로용성능개선상황。연구표명:규조토작위력청개성제,항차철능력강,능교호지제승력청혼합료적고온은정성。
Through discussing the mechanism of diatomite modifying asphalt and its mixture and combining with the test of high temperature stability, the high temperature performance of diatomite-modified asphalt mixture is studied and the improvement of road performance with different proportion of such mixture is analyzed. The research shows that diatomite, could improve the high temperature stability of as asphalt modifier, has strong ability of rutting resistance and asphalt mixture well.