โ Scribed by Yuan Kang; Tsu-Wei Lin; Yaw-Jen Chang; Yeon-Pun Chang; Chun-Chieh Wang
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
In most balancing techniques currently in use, test weights and runs are required for the calculation of correction masses. This paper develops a new rotor balancing method without test runs, which uses the balancing objective of in#uence coe$cient method and the initial phase point of Holospectrum.
The theory of flexible rotor balancing developed in recent years is analyzed in this paper. A relation between the modal balancing and the influence coefficient methods, which are the two main techniques of balancing, is established which is a unified expression of both methods. Then the theory and
We study the problem of minimizing the norm, the norm of the inverse and the condition number with respect to the spectral norm, when a submatrix of a matrix can be chosen arbitrarily. For the norm minimization problem we give a different proof than that given by Davis/Kahan/Weinberger. This new app