Sentence examples similar to spindle rotation rate. from inspiring English sources

Different from the SAD process, the process parameters such as spindle rotation speed, feed rate and cutting depth should be roughly determined based on the experience before DAD.

The results under different preload conditions show that the non-uniform preload with reasonable equivalent magnitude and direction can effectively adjust the spindle rotating center and compensate the spindle rotation error, and thus improves the rotational accuracy of the spindle system under complicated and alternating working conditions.

The experienced process and tool parameters can be preliminarily set as follows: spindle rotation speed of 390 r/min, feed rate of 0.06 mm/s, cutting depth of 5 μm, arc cutting edge of diamond tool, rake angle of −25°, clearance angle of 8°, tool nose radius of 5 mm.

Under the process parameters with the spindle rotation speed of 390 r/min and the feed rate of 0.06 mm/s, however, one can make the spatial frequencies induced by the main spindle errors and NVIE avoid the evaluation range of middle-frequency band (i.e., enter into the evaluation range of low-frequency band or high-frequency band), eliminating the need to meet the PSD requirement.

The spindle rotation frequency was assumed n = 10,000-20,000 rpm and tool feed rate range was assumed S m  = 50-300 mm/min (Table 1).

Afterwards, the dynamic properties of the final prototype clamped on the spindle of a high speed milling machine were assessed by means of standard and rotating pulse tests – i.e. pulse tests performed during spindle rotation.

In our context, the chain rotations correspond to the counter-rotating flows and the rotation of the machine corresponds to the spindle rotation giving rise to the skew.

Then, the influence of the spindle vibration on surface topography is discussed, considering the spindle rotation speed and its dynamic balance.

We show that nemo functions throughout the entire rotation movement, increasing the rotation rate.

The rotation rate of Mars is close to the rotation rate of Earth.

The dynamical model includes a set of partial differential equations with gyroscopic coupling produced due to the spindle rotation.