[1] Bai W., Kong L.W., Guo A.G., Lin, R. B.,(2017) "Stress–strain–electrical evolution properties and damage evolution equation of lateritic soil under uniaxial compression" ASTM international-Journal of Testing and Evaluation .Vol. 45(4), 2017, pp. 1247-1260.
[2] Bai W., Kong L.W., Guo A.G. (2015) Temporal characteristics of desiccation cracking and resistivity of lateritic soil in drying process. Taylor & Francis-Drying technology, vol 33 (8) , pp. 952-964 .
[3] Bai W., Kong L.W., Mu K., Yin S. (2014) Micro-meso-structure model of fissured lateritic soil based on physical and mechanical characteristics. Proceedings of the TC105 ISSMGE International Symposium on Geomechanics from Micro to Macro, IS-Cambridge 2014 pp.1231-1235.
[4] Bai W., Wang Q. F. (2014) Stress-Strain characteristics and elastic-plastic damage constitutive equation of SFRC under cyclic compression at medium strain rate. ASTM international-Journal of Testing and Evaluation. vol 42(6),1510-1519.
[5] Bai W., Kong L.W., Guo A.G., Mu K. (2014) Swell-shrinking deformation of fissured lateritic soil in wetting-drying path. ASCE Geotechnical Special Publications.pp.92-99.
[6] Bai W., Kong L.W., Guo A.G. (2013) Effects of physical properties on electrical conductivity of compacted lateritic soil. Journal of Rock Mechanics and Geotechnical Engineering, Vol.5(5). pp. 406-411.
[7] Kong L.W., Bai W., Guo A.G. (2012) Effects of cracks on the electrical conductivity of a fissured laterite: A combined experimental and statistical study. ASTM international-Geotechnical Testing Journal, vol 35(6), pp.870-878.