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Modern Mathematics for Engineers I. The Minimax Criterion for Stability by Tamara G Stryzhak, Paperback | Indigo Chapters
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Modern Mathematics for Engineers I. The Minimax Criterion for Stability by Tamara G Stryzhak, Paperback | Indigo Chapters
From Tamara G Stryzhak
Current price: $30.75
Indigo
Modern Mathematics for Engineers I. The Minimax Criterion for Stability by Tamara G Stryzhak, Paperback | Indigo Chapters
From Tamara G Stryzhak
Current price: $30.75
Loading Inventory...
Size: 0.18 x 8.27 x 0.253
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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 - ?. Any remarks and recommendations will be appreciated and taken into considerations in the following issues. Please, write to: . | Modern Mathematics for Engineers I. The Minimax Criterion for Stability by Tamara G Stryzhak, Paperback | Indigo Chapters