CAJ | 학술논문

为系统研究级配变化对水泥乳化沥青混合料性能的影响，进行马歇尔稳定度试验、低温劈裂试验、肯塔堡飞散试验以及车辙试验，分析了水泥乳化沥青混合料3种级配结构形态的路用性能及细集料和粗集料组成对混合料性能的影响规律。结果表明：悬浮密实结构更有利于发挥水泥乳化沥青混合料路用性能；水泥乳化沥青混合料性能对于细集料级配的变化敏感，随着细料组成部分变粗，混合料的马歇尔稳定度、劈裂强度及抗剪强度均有不同程度降低，而飞散损失则增大。在保证水稳定性满足要求的情况下，增大细集料含量有利于提高混合料性能。
위계통연구급배변화대수니유화력청혼합료성능적영향，진행마헐이은정도시험、저온벽렬시험、긍탑보비산시험이급차철시험，분석료수니유화력청혼합료3충급배결구형태적로용성능급세집료화조집료조성대혼합료성능적영향규률。결과표명：현부밀실결구경유리우발휘수니유화력청혼합료로용성능；수니유화력청혼합료성능대우세집료급배적변화민감，수착세료조성부분변조，혼합료적마헐이은정도、벽렬강도급항전강도균유불동정도강저，이비산손실칙증대。재보증수은정성만족요구적정황하，증대세집료함량유리우제고혼합료성능。
In order to invistigate the influence of graduation on the performance of cement emulsified asphalt mixture , a systematic research , such as Marshall stability , low temperature splitting , Cant-abro and rutting tests , was conducted to analyze the pavement performance of the mixtures of three typical graduation structures and the influence of fine and coarse aggregates on the performance of the mixtures.The results showed that the suspension dense structure benefited the pavement per -formance of the cement emulsified asphalt mixture and the performance of cement emulsified asphalt mixture is sensitive to the graduation of fine aggregate .When the fine aggregate became coarse , the Marshall stability , splitting strength and shear resisting strength of the mixture were reduced to differ -ent degrees , while the loss in Cantabro test increases .Under the condition of good water stability , in-creasing fine aggregate content enhences the performance improvement of the mixture .