THE EFFECT OF SUSPENSION TECHNICAL CONDITION ON MULTI-AXIS VEHICLE DYNAMIC LOADS

The paper describes the operating conditions of multi-axial special vehicles presents the tasks and risks during the so-called peacekeeping and stabilization mission. Given are described risks of travel on the roads and unpaved roads, in towns and hilly terrain. To be able to carry out driving in difficult conditions, the main components of fighting vehicles must have a high reliability. This also applies to the burden of combat. The paper presents a method to assess the condition of the suspension, consequently, its influence on dynamic loads on the crew and the internal equipment of the vehicle, presents a mathematical model of the vehicle similar to the multi-axis wheeled armoured personnel carrier. Describes the numerical model developed on the basis of it. It concerns on performed research for the most common cases. Are examples of the results of numerical estimates of the impact on the failure of the suspension, including damage to the wheels and suspension components, on the level of dynamic loads acting on the vehicle, its equipment and people stay in it. The model vehicle is a versatile tool for analyzing the dynamics of different types of vehicles, including tracked combat vehicles and multiaxial vehicles