You are here: Home -  Nike Lunarglide 4 powder metallurgy industry news This paper deals

Nike Lunarglide 4 powder metallurgy industry news This paper deals

Nike Lunarglide 4

Finish-turning of hardened powder metallurgy steel using cryogenic cooling, by Zbigniew Zurecki, John H. Frey and Ranajit Ghosh of Air Products and Nike Lunarglide 4 Chemicals, Inc won the 2003 MPIF Outstanding Technical Paper Award. This is a short news story only. Visit www.metal-powder.net for the latest powder metallurgy industry news. This paper deals with a quasilinear parabolic system coupled via both Roshe Run Canada nonlinear reaction terms and nonlinear boundary flux. As the results of the interaction among the multi-coupled nonlinearities in the system, some appropriate conditions for global existence and global nonexistence of solutions are determined respectively. This paper is devoted to the main problem of external ballistics, i.e., the problem of finding a trajectory of a material point, which starts in the given initial set, reaches the given target set at time to be determined, and satisfies the dynamics law as well as some optimality constraint, while the absolute value of its initial velocity is given. A 4-point interpolatory subdivision scheme with a tension parameter is analysed. It is shown that for a certain range of the tension parameter the resulting curve is C1. The role of the tension parameter is demonstrated by a few examples. The application to surfaces and some further potential generalizations are discussed.
0 Comments


SPEAK YOUR MIND
Recent Comments