山西建筑
山西建築
산서건축
SHANXI ARCHITECTURE
2014年
17期
141-142
,共2页
橡胶沥青%高温性能%车辙试验
橡膠瀝青%高溫性能%車轍試驗
상효력청%고온성능%차철시험
rubber asphalt%high-temperature performance%wheel tracking test
从橡胶沥青及混合料的高温性能入手,采用针入度、软化点、135℃粘度评价橡胶沥青高温性能,并采用车辙试验分析橡胶沥青混合料的高温性能,试验结果表明:橡胶粉能够显著改善橡胶沥青及混合料的高温性能。
從橡膠瀝青及混閤料的高溫性能入手,採用針入度、軟化點、135℃粘度評價橡膠瀝青高溫性能,併採用車轍試驗分析橡膠瀝青混閤料的高溫性能,試驗結果錶明:橡膠粉能夠顯著改善橡膠瀝青及混閤料的高溫性能。
종상효력청급혼합료적고온성능입수,채용침입도、연화점、135℃점도평개상효력청고온성능,병채용차철시험분석상효력청혼합료적고온성능,시험결과표명:상효분능구현저개선상효력청급혼합료적고온성능。
Starting from high-temperature performance of rubber asphalt and mixture,the article estimates high-temperature performance of rubber asphalt by penetrometer,softening point and 135℃ viscosity,and analyzes the high-temperature performance of rubber asphalt mixture by applying wheel tracking test. The experimental results show that:rubber power can improve the high-temperature performance of rubber asphalt and mixture.