MINIMAX PRINCIPLE IN THEORY AND PRACTICE OF MODERN GRAIN COMBINE ACTUATOR OPTIMAL DESIGN
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.
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.
Review
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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