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Synthesis of Vibrator with Air or Water Flow Excitation

By Jānis Vība, Lauris Štāls, Atis Vilkājs and Edgars Kovals

Abstract

In the daily life and in using technologies people interact with continuous medium like air or water. In present article a motion of the vibrator with constant air or water flow excitation is observed. In the first part of the article a motion of the vibrator with constant air or water flow velocity excitation is investigated. The main idea is to find optimal control law for variation of additional area of vibrating object within certain limits. The criterion of optimization is the time required to move object from initial position to end position. For the solution of high-speed problem the maximum principle is used. It is shown that optimal control action is on boundaries of area limits. Examples of synthesis of real mechatronic systems are given.

Topics: Adaptive Control, Air Excitation, Energy Utilization, Motion Control, Optimal Control, Synthesis of Adaptive Systems, Water Excitation
OAI identifier: oai:ortus.rtu.lv:6186
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