An optical analysis using ray-tracing tools was presented in a previous study in function of three design parameters: the number of mirrors N, the ratio of focal length and reflector width F/W, and the aperture concentration Ca. However, less is known about the thermal behavior of this geometry.
In order to determine the behavior of the pore geometry of Shajara Reservoirs, samples capillary pressures were measured and the measurements were used to determine the pore size distribution.
Conversely, the resonant ENP behavior of the two geometries occurs in the direction for which there is no continuous free electron motion.
The two different types of spot welded structures were considered to determine the difference of fatigue behavior due to the geometry of spot welding of triple plates under tensile-shear loading.
And how does the deformation behavior of the templates influence the geometry of the fabricated columnar structures?
In the case of formfitting connections, the behavior depends on the geometry of the contact area.
As a consequence, differences in autocrine and paracrine signaling between the cells, due to the differences in cell to area/volume proportion as well as different fluid behavior due to the geometry of the culture flask, clinorotation and random rotation have to be taken into consideration.
The behavior is explained in terms of the geometry and deformation of asperities that protrude from opposing surfaces and interact at points of contact, and a model is presented that incorporates creep, hardness and fracture.
The mechanical behavior of the KSPCsPA6 was correlated with the geometry parameters of the knitted reinforcements, the polymorph content of the samples and their crystallinity indexes determined by differential scanning calorimetry and wide-angle X-ray diffraction.
The associated non-linear problems are related with geomechanical behavior of the rock mass, changes in the geometry of cavities and in some cases with developing surface contacts due to large strains.
