2HALE A H, MODY F K. Experimental investigation of the influence of chemical potential on wellbore stability[R]. SPE23885, 1992.
3MODY F K, HALE A H. A borehole stability model to couple the mechanics and chemistry of drilling fluid shale interaction[C]//Proceedings of Drilling Conference. Amsterdam: [s.n.], 1993:473 - 489.
4VAN OORT E, A H HALE, F K MODY. Manipulation of coupled osmotic flows for stabilization of sales exposed to water-based drilling fluids[R]. SPE30499, 1995.
5VAN OORT E, HALE A H, MODY F K, et al. Critical parameters in modelling the chemical aspects of borehole stability in sales and in designing improved water based shale drilling fluids[R]. SPE 28309, 1996.
6FERSHEED K M, UDAYAT, CHEEP TAN, et al. Development of novel membrane efficient water-based drilling fluids trough fundamental understanding of osmotic membrane generation in sales[R]. SPE77447, 2002.
7CHEEP TAN, Bailin WU, FERSHEED K MODY, et al. Development and laboratory verification of high membrane efficiency water-based drilling fluids with oil-based drilling fluid-like performance in shale stabilization[R]. SPE78159, 2002.
8SHERWOOD J D, BAILEY L. Swelling of shale around a cylindrical wellbore[C]//Proceedings ofthe Royal SocietyofLond. [S.I.].. [s.n.], 1994:161 - 184.
9HEIDUG W K, WONG S W. Hydration swelling of water-absorbing rocks: a constitutive model[J]. International Journal for Numerical and Analytical Methods, 1996, 20(6): 403 - 430.
10FRYDMAN M, DA FONTOURA S A B. Modeling aspects of wellbore stability in shale[C]// SPE Latin American and Caribbean Petroleum Engineering Conference. BuanosAires, Argentina: [s.n.], 2001:25 - 28.
