from 08.04.1996 until now
Ekaterinburg, Ekaterinburg, Russian Federation
The modular design of the model would remove major difficulties in solving it numerically. As a result, the simulation found that the system of suspension transport vehicle for the forest vibrations occur in all three coordinates and linked. The solution to assess the impact of the power lesotransportnoy cars on a deformable support surface, given the tangent traction pneumatic wheel a, at the beginning of the translational motion of both the horizontal and vertical coordinates. The phase portrait of the oscillation body transport vehicle for the forest pneumatic wheel machines and their movement speed and pedisplaced.
transport vehicle for the forest, dynamic model, supporting topness, vibration, unit, object class, three-parts of the state graph
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