And I was fonder than most of Bryan Singer's "X-Men: Apocalypse," the latest entry in a franchise whose primary "fault" — the dizzying, dynamic interplay among a sprawling cast of characters — is in fact its greatest virtue.
We mainly follow the overall fault geometry determined by Panayotopoulos et al. (2016), which describes an ESE dipping primary fault, and then, we add the secondary structures of the steps and the branches inferred from the hypocenters.
The article we reproduce here details the two major theories of congenital dislocation of the hip: "a primary germinal fault… and)…a defect of development of environmental origin" [1].
Large positive values appear along the intersection to Fault F located behind the primary fault.
Our preliminary interpretation of one of the lines includes complex deformation structures with folding and multiple subsidiary fault splays on either side of a ∼ 50° west-dipping primary fault plane.
On the northern segment, the rupture initially expands on the primary fault and a branch, Fault B1, from the base of the gap (Fig. 7, t = 3.5 5.75 s).
In fact, we can observe the slip being suppressed in Model C on the left half of Fault B2 (Fig. 9c), while the slip on Fault B1 or on the primary fault displays a larger value (Fig. 9d).
Such findings, which hitherto had always been regarded as the result of a primary intrinsic fault, show the importance of extrinsic or environmental factors that may simulate a hereditary intrinsic fault.
Throughout the literature, the main contentions for the various theories are based upon two assumptions,— one that the lesion is the result of a primary germinal fault; the other, that it is due to a defect of development of environmental origin.
This is an adaptive environmental change, not a primary developmental fault.
In what other joint formation has there been a failure of development from a primary developmental fault of part of a structure?
