THE CONDITION OF THE VEHICLE'S STABILITY TO OVERTURNING ON A SURFACE WITH A LATERAL SLOPE WHEN FIRING FROM THE WEAPON
DOI:
https://doi.org/10.33405/2078-7480/2024/4/91/324061Keywords:
combat vehicle, resistance to overturning, recoil of weapons, state of vehicle stability, stability coefficient, overturning momentAbstract
The issue of evaluating vehicle stability on a side-sloped surface during weapon firing has been considered. A mathematical expression for determining the condition of vehicle stability on a side-sloped surface while firing weapons has been improved. Unlike known expressions, it takes into account the impact of the recoil force of weapons and the overturning and stabilizing moments it generates. A stability coefficient and a relative stability coefficient are proposed, enabling the assessment of the stability margin against overturning of a combat vehicle during weapon firing, as well as decision-making regarding its operational feasibility under various conditions or the use of more powerful weapons with correspondingly greater recoil forces.
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