The AAPG/Datapages Combined Publications Database
AAPG Bulletin
Figure
AAPG Bulletin; Year: 2019; Issue: October DOI: 10.1306/0130191516517255
Return to Full Text
![](bltn17255f9.jpg)
Figure 9. Examples of oblique inclined shear restoration. The hanging wall (HW) is deformed by penetrative slip planes, using an inclined shear vector with the shear angle β. (A) Unrestored state, (B) β = 85°, (C) β = 75°, (D) β = 55°. The result obtained in (D) clearly shows a smoother top surface and the smallest
strain values, where
is the principal major strain axis and e is the strain value. β = 55° is the best option for restoration in this example. FW = footwall.
Figure 9. Examples of oblique inclined shear restoration. The hanging wall (HW) is deformed by penetrative slip planes, using an inclined shear vector with the shear angle β. (A) Unrestored state, (B) β = 85°, (C) β = 75°, (D) β = 55°. The result obtained in (D) clearly shows a smoother top surface and the smallest strain values, where
is the principal major strain axis and e is the strain value. β = 55° is the best option for restoration in this example. FW = footwall.