冻融作用下木质素纤维改良黄土力学与热学特性试验研究
董超凡1,2(
), 张吾渝1,2(), 张瑞星1,2, 黄雨灵1,2, 高英3
), 张吾渝1,2(), 张瑞星1,2, 黄雨灵1,2, 高英3
Experimental study of the mechanical and thermal properties of lignin fiber-stabilized loess under freeze-thaw cycles
Chaofan DONG1,2(), Wuyu ZHANG1,2(), Ruixing ZHANG1,2, Yuling HUANG1,2, Ying GAO3
), Wuyu ZHANG1,2(), Ruixing ZHANG1,2, Yuling HUANG1,2, Ying GAO3
图3. 木质素纤维改良黄土击实特性关系曲线
Fig. 3. Lignin fiber stabilized loess compaction properties relationship curve： lignin stabilized loess compaction curves （a）； relationship curve between maximum dry density and optimum moisture content （b）
