Our rational cubic FIFs are more flexible and more suitable for shape related problems in computer graphics, CAD/CAM, CAGD, medical imaging, finance, and engineering applications, and apply equally well to data with or without derivatives.
The boundary element method needs much fewer data related only to the considered boundary of the structure, so it is very suitable for shape optimization in comparison with the finite element method.
In particular, we show that the spaces P2=span{1,t,cost,sint,cos2t,sin2t}, Q=span{1,t,t2,cost,sint} and I=span{1,t,cost,sint,tcost,tsint} are also suitable for shape preserving design, and we find their normalized B-basis.
We also conducted thorough investigations of the thermal, mechanical, and dielectric properties of the polyurethanes, and found that high crystallization rate of the soft segment gives these polyurethanes unique properties suitable for shape-memory applications, such as adjustable transition temperatures, high degree of elastic elongations, and good mechanical strength.
Wire electrochemical micro machining (WECMM) is increasingly recognized as a flexible and effective method to fabricate complex-shaped micro metal components with many advantages relative to the thermomechanical processing, which appears to be well suitable for micro shaping of MGs.
Then, we exemplary consider a PU that has a rate requirement, and propose an algorithm for obtaining suitable shaping matrices, which can be easily modified to include primary transmitter cooperation.
This diagnostic has provided high-quality data suitable for line-shape and modeling analysis.
For the XP channel, values between 0.9 and 1.2 could be suitable for the shape parameter in either propagation conditions or user dynamics.
This generalized least-squares method provides us the freedom to choose a coordinate system suitable for the shape of the light source.
In this paper, we present a way to develop a fast and reliable low-fidelity model suitable for aerodynamic shape of transonic wings.
