Surface defects, defined as internal defects intersecting a free surface, are incorporated into the model through an original analytical approach.
In voided slabs, the punching shear strength varies according to the arrangement of voids around the column because voids intersecting a failure surface anywhere along its radial length can directly reduce the punching shear strength and voids outside a failure surface can also reduce the punching shear strength by making the variation of shear stress around its perimeter.
An idealized geometry is adopted in order to calculate the equilibrium configuration of a constant volume of liquid initially partially wetting a grain boundary intersecting a free surface.
The effective thermal conductivity of the micromedium is represented in terms of: 1) the effective thermal conductivity related to a single microcrystal, and 2) the number of microcrystals intersecting a unit surface area.
When the boundary intersects a deeply grooved surface, a third configuration is possible, one in which both the surface and the grain boundary are partially wetted.
For the in-plane displacement measurement, the laser beam is aligned parallel to the surface to intersect a small optically reflective step with the time waveform being gated to measure only the direct shear arrival produced using a normal incidence shear wave source transducer.
The conic sections are the curves formed when a plane intersects the surface of a cone (or double cone), as shown in the figure; it is assumed that the surface of the cone is generated by the rotation of a line through a fixed point around the circumference of a circle which is in a plane not containing that point.
The secondary twin consists of a thin lamellae contained in the crystal bulk, intersecting the surface on two {011} faces.
The scale of observation envisioned is that of a single persistent slip band (PSB) intersecting the free surface of a single crystal.
Finally, through a homemade multi-probe instrument, the capability of this fabrication method was demonstrated by producing various nanostructures on the GaAs surface, such as linear array, intersecting parallel, surface mesas, and special letters.
Through a homemade multi-probe instrument, the capability of this fabrication method was demonstrated by producing various nanostructures on the GaAs surface, such as linear array, intersecting parallel, surface mesas, and special letters.
