Contrary to early reports (and speculation over that event invite), Apple stuck with the squircle (it's a real geometry term, look it up) this time out.
A method to analyse potential excavation geometries, termed excavation isoplethogram, has previously been proposed for use in civil or mining engineering.
Four different geometries were proposed and simulated in 2D to find the best geometry in terms of flow distribution.
No attempt was made to optimize the operating parameters or the geometry in terms of production rates or fiber diameters.
The results are compared to those from equivalent straight channel geometry in terms of mass flow rate and Poiseuille number.
An optimal measurement setup and scanner geometry in terms of homogeneous geometric sensitivity is found by analyzing the sensitivity images.
The prickly and round NDs were similar in size, geometry (in terms of aspect ratio), and surface properties, with the latter having their corners 'rounded off' through chemical etching.
A geometric parameter study was carried out to determine the optimum web opening geometry in terms of structural performance.
A theoretical method was proposed to acquire the optimal combination of tool material microstructure and tool surface microscopic geometry in terms of too life.
