Fig. 7 Distribution of maximum principal stress (kPa) (a) and maximum principal plastic strain (b) at TVD = 2582.25m More

Fig. 9 Distribution of maximum principal stress (kPa) (a) and maximum principal plastic strain (b) at TVD = 2585.25m More

Fig. 11 Distribution of maximum principal stress (kPa) (a) and maximum principal strain (b) at TVD = 2585.35m More

Fig. 13 Distribution of maximum principal stress (kPa) (a) and maximum principal plastic strain (b) at TVD = 2585.6m More

Fig. 15 Distribution of maximum principal stress (kPa) (a) and maximum principal plastic strain (b) at TVD = 2586.2m More

Figure 4 Distribution of horizontal maximum principal stress and minimum principal stress after the stress change of a single fracture,σ max (a),σ min (b) More

Figure 8 Distribution of horizontal maximum principal stress and minimum principal stress after multi-fracture stress change, σ max (a),σ min (b) More

Figure 32 The angle between composite maximum principal stress and the maximum regional principal stress decreases with increasing double plunge. More

Figure 32 The angle between composite maximum principal stress and the maximum regional principal stress decreases with increasing double plunge. More

Fig. 3b Illustrates the nodal maximum principal stress vector. Stress trajectories are elliptical inside the rectangular marked area. Length of the vector is proportional to its magnitude. More

Figure 10 Effective (or total) maximum principal stress (differential stress plus confining pressure at failure) versus effective (or total) minimum principal stress (confining pressure at peak differential stress) shows a linear trend. More

Fig. 18 Maximum principal stress distribution of hydraulic fractures and pre-existing fractures under different hydraulic fracturing methods. (a), (b), and (c) Approaching angle of 30°. (a) THF. (b) 1-Hz pulse hydraulic fracturing. (c) 5-Hz pulse hydraulic fracturing. (d), (e), and (f) Approaching... More

Fig. 13 Maximum-principal-stress distribution around the fracture during lost circulation. More

Fig. 7 Maximum-principal-stress distribution. More

Figure 7 Computed maximum-principal-stress distribution during steady-state water drilling. More

Figure 9 Computed maximum-principal-stress distribution during steady-state air drilling. More

Figure 11 Computed maximum-principal-stress distribution during rapid cooling from a steady-state water-drilling condition. More

Figure 13 Computed maximum-principal-stress distribution during rapid cooling from a steady-state water-drilling condition. More

Figure 15 Computed maximum-principal-stress distribution during gradual reduction in weight on cutter from a steady-state water-drilling condition. More