Modern Mathematics for Engineers I

The Minimax Criterion for Stability



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Modern Mathematics for Engineers I
The Minimax Criterion for Stability
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The minimax criterion for stability is a sufficient criterion for the motion stability of a mechanical system under the influence of small-amplitude high-frequency parameter oscillations. This criterion allows to find stability conditions of oscillations within a non-stable mechanical system without making motion equations, but instead by way of using only the Lagrangian function L= T – П. Any remarks and recommendations will be appreciated and taken into considerations in the following issues. Please, write to:.
The author

About the author

Dr. Tamara G. Stryzhak is Professor of Mathematics at the Department of Higher Mathematics of the National Technical University of Ukraine “Kiev Polytechnical Institute,” and the Secretary of the Ukrainian National Committee of IAESTE. She studied at the National Taras Shevchenko University of Kiev, and defended her Candidate of Science thesis at the Institute of Mathematics of the USSR Academy of Sciences as well as her Doctor of Science dissertation at the Novosibirsk Section of the USSR Academy of Sciences. She is the author of five monographs, three textbooks, and more than 200 further publications in, among other journals, Ukraїns’kyi matematychnyi zhurnal, Differentsial’nye uravneniia, and Matematicheskaia fizika.
Additional Information

Additional Information

Delivery time 2-3 Tage / 2-3 days
Author Tamara G Stryzhak
Number of pages 82
Language English
Publication date Oct 13, 2008
Weight (kg) 0.1410
ISBN-13 9783898219198