Sentence examples for jumping frequencies from inspiring English sources

Based on the harmonic balance (HB) method, the force transmissibility is formulated and the jumping frequencies, effect of excitation force and damping ratio are discussed for characteristic analysis.

The model is based on a unique database of experimentally measured individual jumping loads which has the most extensive range of possible jumping frequencies.

A set of representative results, for different rig natural frequencies (2 6 and 16 Hz) and a range of achievable jumping frequencies (1 3.5 Hz), is presented.

Signals jump frequencies in a complex pattern to foil any eavesdropping on your network.

The acceleration and displacement responses show significant peaks when the jumping frequency is in the region of half the natural frequency and of the natural frequency itself.

However, the fundamental force due to jumping did not always occur at the jumping frequency, indicating that the current design procedure of assuming a horizontal load model similar to the vertical load model is not always appropriate.

Combined with nonlinear bistable structural model, a fatigue crack severity assessment approach was proposed by evaluating the hysteretic region (e.g., bandwidth or jumping frequency) in the vibration frequency response of the VAM effect.

As a consequence of the variation of contact ratio, the amplitudes of the force harmonics do not vary only with the jumping frequency, which is a widely known fact, but also with the ratio of jumping to natural frequency, which is linked to the amount of motion of the test rig.

Partial yttria stabilized zirconia coatings show no differences in microstructure and phase formation if deposited either by two-source jumping-beam or by one-source one-beam evaporation, while for ceria stabilized zirconia coatings large differences mainly in chemistry are found; depending on the jumping frequency multilayers are formed.

Nevertheless, it can be shown that approximately canonical distributions of states can be generated by using tempering MC methods such as J-walking when the jumping frequency is low compared to the total length of the MC walker, e.g., when the deformation of the free energy of the system is small relative to the differences in energy of major ensemble states [54], [55].

The frequency curves drawn up characterize the bending and quantify the jump frequencies and amplitudes of each harmonic component.