Self-excited oscillation is a method to make a resonator vibrate at its natural frequency. This
is widely used in vibration sensors such as mass sensors, atomic force microscopes and …

Self-excited periodic, quasiperiodic and chaotic oscillations have many significant
applications in engineering devices and processes. In the present paper, a centralized …

At the present stage of development of measurement equipment, accuracy of reproduction of
the frequency standard is the highest in comparison with the standards of other physical …

Mass measurements based on the eigenmode shift of coupled cantilevers provide much
higher sensitivity than the method based on the natural frequency shift of a single cantilever …

Though engineers believe that self-excited oscillation and chaos is detrimental, recent
research has revealed that self-excited periodic and chaotic oscillation can be effectively …

Recently, scientists have utilized self-excited oscillations in many mechanical and
micromechanical applications and accordingly, several experimental and theoretical …

We propose a mathematical model of a multifunctional vibration-frequency measuring
transducer of force with a cylindrical resonator. The resonator consists of an electromagnetic …

This work concerns the usage of the internal stiffness and damping nonlinearity for vibration
suppression in a van der Pol–type mechanical self-excitation system. Changing the vertical …

Ultrasonic surface rolling processing (USRP) is an effective method of improving the surface
properties of materials without changing their internal structure. In this work, the effects of …

Chatter is a self-excited vibration which depends on several parameters such as the
dynamic characteristics of the machine tool structure, the material of the work piece, the …