Issue34

Y. Li et alii, Frattura ed Integrità Strutturale, 34 (2015) 599-607; DOI: 10.3221/IGF-ESIS.34.66 607 [2] Zhihong, H., Lijun, Z., Yiling, L., et al., Study on mechanical properties of red clay fracture, Geotechnical Investigation and Surveying, 4 (2004) 9-12. [3] Zhiwei, W., Gengsun, W., FLAC simulation for progressive failure of fissured clay slope, Rock and Soil Mechanics, 10 (2005) 116-119. [4] Morris, P.H., Graham, J., Williams, D.J., Cracking in Drying Soils, Can Geotech. J., 29 (1992) 264-277. [5] Konrad, J.M., Ayad, R., Desiccation of a sensitive clay: field experiment observations, Can Geotech.J., 34 (1997) 929- 942. [6] Preston, S., Griffiths, B.S., Young, I.M., An investigation into sources of soil crack heterogeneity using fractal geometry, European Journal of Soil Science, 48 (1997) 31-37. [7] Zhujiang, S., A masonry model for structured clays, Rock and Soil Mechanics, 01 (2000) 1-4. [8] Zhujiang, S., Gang, D., Numerical simulation of crack evolution in clay during drying and wetting cycle, Rock and Soil Mechanics, S2 (2004) 1-6. [9] Minglong, Z., Jianhua, W., Aihua, L., Test study on the effect of cyclic dry—wet process on the fatigue strength of cement-soil, China Railway Science, 02 (2005) 28-31. [10] Jinlai, Y., Tian, H., Jian, Z., et al., Change of high liquid limit clay intensity during humidification and dehumidification process of the dry-wet cycle, Journal of Changsha University of Science and Technology (Natural Science), 03 ( 2011) 39-43. [11] Bo, Z., Huabin, W., Wenfeng, Z., et al., Analysis of relationship between particle mesoscopic and macroscopic mechanical parameters of cohesive materials. Rock and Soil Mechanics, 10 (2012) 3171-3175. [12] Qing, Y., Jie, H., Maotian, L., Comparative study on shear strength of unsaturated red clay and expansive soils, Rock and Soil Mechanics, 01 (2003) 13-16. [13] Yingwen, Z., Ling-wei, K., Aiguo, G., et al., Strength properties and swelling-shrinkage behaviors of compacted lateritic clay in Guangxi, Rock and Soil Mechanics, 03 (2004) 369-373. [14] Xiaoduo, O., Heng, W., Dong, Z., Comparative study on thermodynamics characteristics of red clay and expansive soils in Guangxi, Rock and Soil Mechanics, 07 (2005) 1068-1072. [15] Xinglian, S., Ren, W., Mingjian, H., et al., Triaxial strength and deformation properties of frozen silty clay under low confining pressure, Rock and Soil Mechanics, 10 (2005) 102-106.