Publisher's Synopsis
Nowadays, the research of strength, stability and performance of power and technological machines, as well as aircraft (airplanes, rockets and drones) is an urgent task. The main above-mentioned machines operate under the influence of shock and vibration loads. Therefore, to ensure the strength and stability of the above machines requires manufacturing. Some of these problems are discussed in the papers. This represents a more developed and relevant area of modern dynamics of moving machines. The aim of the work is to develop methods of mathematical and computer modeling of dynamic processes of active and passive vibration protection systems for improvement in nonlinear mechanical systems. And also in increasing the efficiency of passive and active vibration protection of objects (for example, in radio-electronic devices) due to the optimal choice of their parameters and taking into account the structural-dissipative properties of the system.
