Sentence examples for mass models are from inspiring English sources

Concentrated lumped mass models are adopted in most of the finite element approach for modeling unbalances and subsequent balancing in rotating systems.

Two added mass models are discussed, one only considering the effect of the membrane geometric shape, and another considering the effect of the geometric shape and the mode shape of membranes.

These neural mass models are accompanied by linear electromagnetic forward models to generate responses at EEG scalp electrodes, at MEG sensors or at intracranial recording sites.

Moreover, the inclusion of delays in neural mass models is known to allow for a richer repertoire of response, including chaotic behaviour (Coombes & Laing, 2009).

Data gathered from the mass model are illustrated in Figure 2.

Nonlinear static and dynamic state feedback linearization control for power optimization is addressed in [9, 10], where both the single and two mass model are taken into consideration and the wind speed is estimated by Newton Rapshon (NR) method.

A mechanistic neural mass model was recently shown to display intermittent dynamic transitions reminiscent of absence seizures [7, 13].

Simultaneously, the computation speed of improved mass model is 5 times more than that of initial mass model.

Some physical characteristics that were needed for the saffron corm mass modelling were determined for the three regions corms.

Additionally, a lumped mass model was employed to determine the dynamic parameters of the heat exchanger using the experimental data.

For the other wind turbine components, a representative mass model is used to include their dynamic interactions in the system.