STATIC AND DYNAMIC CALCULATION OF THE REFERENCE FRAME OF SELF-PROPELLED ARTILLERY
A model base frame self-propelled artillery guns in accordance with the technical documentation. After debugging and implementation of the finite element discretization model applied forces and moments, which are introduced as a pair offorces. The problem is further divided into three phases: analysis of the stress -strain state of the structure, dynamics calculation was carried out in a certain period of time and change on each time step torque and force study of the damping coefficient. In the first stage, the maximum received voltage values which do not exceed the yield strength and tensile strength. In the second stage of the model is taken from the static part of the result obtained in the plots of the movement of the voltage. The third part includes plotting the displacements and stresses on the damping factor.