Ensuring rotor stability is a major concern in engineering, as instabilities can lead to
catastrophic failures. Existing literature shows that anisotropic boundary conditions …

To examine the torsional vibration of vector propulsion shaft system (VPSS), a four-degree-
of-freedom vibration model of the VPSS is established by concentrated mass approach, and …

In this research, a drivetrain system consisting of three shafts coupled by two joints is
considered. This drivetrain system is able to transfer out-of-plane motion. To yield a more …

Utilizing a universal joint can lead to significant vibration within a driveline system. This
study presents a model for analyzing the torsional and lateral vibrations of a driveline …

In a power transmission system with a cardan shaft, the Sommerfeld effect occurs, which is
characterized by speed capture and release at the resonance range. Suppression of the …

A power transmission system driven by a Cardan shaft may experience severe vibration due
to fluctuating rotational speed and moments transferred to the final drives, determined by the …

Vibration control is the key to development of high-speed and light-weight transmission
system. There are many factors affecting the vibration, and the influence of misalignment is …

A driveline system with a double Cardan joint may be subject to severe vibration due to
fluctuations in angular speed determined by the degree of angular misalignment and the …

Utilizing the U-joint is the most usual and familiar way to connect rotating shafts, which are at
an angle with each other. Although, this mechanical coupling has various advantages …

Rotating machinery is a type of mechanical systems that is widely used in industry. The
shafts connection method, vibration control and stabilizing in these systems, have …