Sentence examples for flexibility of the track from inspiring English sources

Based on receptance tests, the dynamic flexibility of the track along the transition was characterised.

For frequency higher than 1000 Hz, the flexibility of the track leads to slightly higher amplitude of both vertical and longitudinal forces.

The Electromagnet Suspension (EMS) maglev train uses controlled electromagnetic forces to achieve suspension, and self-excited vibration may occur due to the flexibility of the track.

From the full track resonance frequency, a reduction of 60% was observed on the dynamic flexibility of the track on the structure in relation to the track on the embankment; The dynamic response of the track was also monitored in different sections for the passage of the Alfa Pendular trains at a speed of 220 km/h.

The flexibility of a track was measured by the configurational volume [see eq. 1 in reference 44] in function of the Twist-twist, Shift-shift and Roll-roll force constants determined from MD simulations by Lankas et al., [ 45].

Future plans include extending the browser's track search mechanism to work with hubs, expanding the flexibility of track data hub organization and configuration in the browser, providing more sample files and a wizard program to facilitate track data hub construction and adding support for more data types.

The flexibility of the wiki interface for tracking experimental metadata proved quite sufficient; in addition to supporting formatted text and images, the support for extensions allowed us to develop the DBFields extension and collect important attributes in a structured manner.

There is less flexibility with how the track pieces are laid out, but the genius of this design is that many children can play around it at 1 time, without stepping on, kicking or otherwise moving track pieces.

As fluorogen concentration is increased, the number of molecules tracked increases, demonstrating the simplicity and flexibility of the FAP-based labeling approach.

The readout architecture implemented is data driven extending the flexibility of the system to be also used in first level triggers on tracks in vertex detectors.

The influence of the track model on the calculation of the nonlinear critical speed is pointed out and it is shown that neglecting the effect of track flexibility results in an overestimation of the critical speed by more than 10%.