MINIMAX PRINCIPLE IN THEORY AND PRACTICE OF MODERN GRAIN COMBINE ACTUATOR OPTIMAL DESIGN
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Abstract
The problem on the design values optimal choice of the grain combine drive elements, when these elem ents are implemented through the V - belt and hydraulic transmissions, is set and solv ed. For this purpose the minimax pri nciple, implemented through the method of the optimal design of the state - space dynamic system parameters under the alternating loads, is used. The author’s previously generated theoretical model of the combine d rive dyn amic system with the nonlinear nonholonomic first - order constraint is used to form the state space.
About the Author
Victor V. Radin
Don State Technical University
Russian Federation
References
1. Radin, V. V. Dinamika slozhny`x negolonomny`x sistem na primere zernouborochnogo kombajna / V. V. Radin, V. A. Burakov. — Rostov-na-Donu: RGASXM, 2003. — 150 s. — In Russian.
2. Xog, A. Prikladnoe optimal`noe proektirovanie / A. Xog, Ya. Arora. — Moskva: Mir, 1983. — 487 s. — In Russian.
For citations:
Radin V.V.
MINIMAX PRINCIPLE IN THEORY AND PRACTICE OF MODERN GRAIN COMBINE ACTUATOR OPTIMAL DESIGN. Vestnik of Don State Technical University. 2012;12(1-2):109-116.
(In Russ.)
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