The main body of the integrated device is made of three-planar disc (1 mm of diameter each) array electrode with a mounted acrylic reservoir, and the resulting chamber served as the electrochemical cell.
All-fiber 3 × 3 multiplexer based on an asymmetrical Mach Zehnder Interferometer has been analyzed theoretically, which is made of a fused planar 3 × 3 and a fused triangular 3 × 3 single mode fiber coupler.
The particular metamaterial system is made of regularly perforated planar plastic plates.
The membrane is discretized by a surface mesh made up of planar triangles, over which a mixed formulation (velocity curvature) is built based on the viscous bilinear form (Boussinesq Scriven operator) and the Laplace Beltrami identity relating position and curvature.
In this work, we first simulated the influence of detector geometry by comparing reconstruction quality of planar samples made of gold nanoparticles.
Afterward, the experimental results were compared to those from the presented numeric model for the nonlinear static analysis of planar structures made of concrete, steel and masonry.
New results are also given for arbitrarily large in-plane deflections of planar curved beams made of FGM.
In this paper, arbitrarily large in-plane deflections of planar curved beams made of Functionally Graded Materials (FGM) are examined.
