More metal flows to the equatorial region of the specimen which leads to surface crack formation.
The specimen, which was unearthed early in the 20th century, is nothing but a 5-centimeter-long upper-right jawbone.
With this method, a potential gradient is applied across the specimen, which accelerates the dissolution of cement hydrate from mortar in contact with water.
The component u z also reveals a Poisson effect on the quarter of the specimen which is due to the presence of the piezoelectric patch.
Moreover, it might be possible to place the aperture before the specimen, which would give a decrease in dose and an increase in acquisition rate.
The fabrication of needles from this sample requires some modifications in the preparation method in order to optimize the structural characteristics of the specimen, which are explained below.
The larger F x results in a larger scale of glide directions in the specimen, which leads to much more serious plastic deformation underneath the tool.
The specimen, which Dart assigned to the species Australopithecus africanus, includes a face, lower jaw, and a natural "endocast" of the skull made up of the rocky material that filled it.
Narrow field angle scanning is restricted to the numerical aperture or cone angle of the laser beam probing the specimen which increases the error in determining the three-dimensional properties of a specimen.
In addition to the role of embedding graphite in decreasing stiffness, compression processing was shown to both reduce the dynamic stiffness and maintain the structural strength of the specimen, which provides an appropriate property for the application.
The experimental observations show that in some cases, fracture does not initiate from the notch border and it occurs from the edge of the central square hole of the specimen, which is not usually expected.
