The vibration phenomena which occur in rotary machines, such as power plants, can result
in catastrophic consequences. Any failure in any power plant section can result in extended …

The performance of a high precision reducer determines the accuracy and efficiency of the
mechanical motion, particularly in the field of industrial robots. To meet the requirements of …

In order to reveal the nonlinear vibration characteristics of an actual dual-rotor-aero-engine
with blade-casing rubbing, a dual-rotor-bearing-coupling misalignment system with blade …

In order to improve energy efficiency and compact structure, the dual-rotor structure, with low-
pressure rotor and high-pressure rotor, has been widely used in aero-engines. In severe …

Misalignment is one of the most commonly observed faults in rotating machines. However,
there have been relatively limited research efforts in the past to understand its effect on …

The rotor misalignment fault, which occurs only second to imbalance, easily occurs in the
practical rotating machinery system. Rotor misalignment can be further divided into coupling …

In the field of aviation and navigation, the spline joint-flexible coupling-rotor system has
been widely used. However, the installation of the spline joint and the drive shaft is easy to …

Misalignment is one of the common faults observed in rotors. Effect of misalignment on
vibration response of coupled rotors is investigated in the present study. The coupled rotor …

In the maintenance of rotating machinery, the vibration signal is the basis of condition
monitoring systems. Dedicated signal analysis methods are applied depending on the …

Forces and moments arise in flexible couplings while accommodating misalignments. These
efforts are exerted on the coupled shafts, influencing the rotor dynamics and giving rise to …