We have also studied two crack-face loadings that are of interest for engineering applications.
Bold face indicates loadings with absolute values of 0.40 or more.
The loading face of the X-10 graphite reactor, the world's second reactor after the Chicago Pile, is seen through the window of the control room at Oak Ridge National Laboratory.
Factors with eigenvalues above 1.0 were assessed for face validity and factor loadings greater than 0.4 were considered important.
Bold type face indicates strong loading (≥ 0.75) and italic type face indicate moderate loadings (0.50 ≥ , ≤ 0.75) Open image in new window Fig. 7 Spatial distribution of the factors extracted from factor analysis (FA).
The exact solution is obtained for the case of uniformly applied loadings on the crack faces.
In this paper, the problem of dynamic interfacial crack propagation in elastic piezoelectric bi-materials subjected to uniformly distributed dynamic anti-plane loadings on crack faces is studied.
Under the electrically and magnetically impermeable conditions and uniformly applied mechanical electric magnetic loadings on the faces of the penny shaped crack, analytical solutions are derived for the sizes of electric and magnetic yielding zones and the field intensity factors.
Factor loadings ranged between 0.47 (Faces) and 0.80 (TMTB) at baseline and between 0.51 (Faces) and 0.81 (TMTB) at year 4 [ 5].
Closer examination of the three items revealed that these cross-loadings seemed to have face validity.
On the second component, the highest loadings were from non-face object recognition tasks, requiring the encoding and recognition of cars, horses and hairstyles.
