Configuration-Dependent Substructuring as a Tool to Predict the Vibrational Response of Mechanisms

Dynamic substructuring allows us to predict the dynamic behavior of mechanical systems built by linking together several subsystems, whose is known. The classical formulation, originally conceived for invariant systems, was extended authors include made subsystems that may be coupled in different configurations. A mechanism a typical example system coupling subsystems; during its motion, it can take configurations significantly affect vibrational behavior. Therefore, configuration-dependent approach provide meaningful insights into mechanism. In this paper, proposed exploited evaluate three-point linkage, widely used connect agricultural tractors operating machines, considering significant range operative able frequency response functions, natural frequencies and mode shapes wide