On modeling of forces influencing on a moving vessel

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According to the conception of forming equations of vessel's movement along the area of water where inertial characteristics of liquid are separated from vessel's kinematic parameters, right parts of these dynamic equations are formed regardless of left ones as amount of powers exterior to the vessel. This method is directed to experimental determination of resistance forces of liquid to vessel's movement both positional, proportionate to squared velocities, and inertial, proportionate to accelerations. The aim of the work is to formulate fundamentals of setting experiments for determining indicated resistance forces.

Phenomenological theory of vessel's movement, experimental determination of resistance force, position and inertia forces, fundamentals of experiment setting, dimensionless form of equations

Короткий адрес: https://sciup.org/14294197

IDR: 14294197

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