In this contribution, an analytical logarithmic approach is introduced and applied to unbounded domains of a rectangular, cylindrical, and spherical geometry for the case of electrostatic potential around a particle or an electrode in a given solution.
In particular, Ohler et al. (1999 ▸) reported excellent moiré fringes taken in the geometry of the Bragg case.
It is concluded that the thermal performance of perforated configuration is superior to solid pin fin geometry for the cases of laminar flow with any working coolant or turbulent flow when air is applied.
The geometry of the coil cases of the nonplanar coil system for the Wendelstein 7-X (W7 X) experiment (Sapper, The superconducting magnet system for the W7 X stellarator. Proceedings 12th Topical Meeting on the Fusion Technology) was changed to a more complex shape compared to the DEMO Coil case (Kronhardt et al., 1998. Proceedings of the 20th SOFT (1998) 731 734).
Full optimization of H2O geometry in the case of C_DOWN configuration leads to d 0 = 2.51 Å, that is a deviation of 2% with respect to the non-relaxed value.
In impact tests different dynamic behaviour, energy absorption and material damage were observed between coupons of different geometry; in the case of rectangular coupons, stacking sequence also affected the results.
Main findings show that, for the considered geometry and properties of the case studies, even not infinitely stiff floors are able to confer a good seismic behaviour to un-reinforced masonry buildings.
In the last 3 years, the major geometry of the TF coil case has remained unchanged, but significant improvements have been made to the structural support, to the material options and main fabrication steps.
The experimental campaign was reproduced in ANSYS-Fluent, by recreating in Design-Model, a 3D geometries of the test case.
