ss. In addition, the positive or negative effects of vibrations on the skeleton as it slides over the ice surface are considered. In these studies, the optimization criterion is energy savings on the race track. In turn, in solving energy extraction problems (in the second part of the work) a new method (theory) is developed, which helps to easily perform analysis, optimization and synthesis tasks for object interaction with liquids, if there is translational, rotational or complete motion of objects. shaped bodies in a fluid (liquid, gas), if it is possible to mathematically describe the interaction surfaces. The method was tested with computer programs and experimentally in the wind tunnel “Armfield”. The third part of the work deals with several other studies of fluid dynamics, including: – studied the actuator of robotic fish movement; – energy production equipment from robotic fish tail fin oscillations was analyzed and synthesized; – parametric shape optimization for SUP board drive fin motor cover was performed; – practical experiments were performed for a double valve in a wind tunnel and they were compared (validated) with a mathematical model.
Dynamics Analysis and Control Optimization of Devices for Power Generation From Fluid Flow
