Sentence examples for setting velocity from inspiring English sources

Normally, when mobile robot receives the command of switching its locomotion pattern (e.g., changing the forward velocity), it is difficult for the trunk to reach the setting velocity immediately, because it requires all the actuators to accelerate or decelerate for a certain time.

We have evaluated the effect of hindered settling by using the modified setting velocity, where ws,0 is the original settling velocity, is the total mass concentration of suspended sediment in the water column and c d is a reference density (Richardson and Zaki, 1954).

The pollen grains of the juniper species are relatively small, characterized by slow setting velocity (Huntley and Birks 1983; Moore et al. 1991), and their production is not very high.

Since our method is also applicable for static meshes, we ran our algorithm on these models by setting velocities to 0. Although our aim is to produce a 3D map as output, to be able to compare our metric to the other techniques, we used the average of the vertex probabilities in the output map as the overall score of the mesh quality.

To mimic a real race the subject was forced to run at a set velocity for the first 4 km, as if he was running 'in the pack'.

Boundary conditions for the incompressible Navier Stokes equations included: no slip at the interface with pore walls and the sensor, a set velocity uniform across the inlet, and a zero-pressure condition at the outlet with no viscous stress.

Collision energies below 5 K were obtained by setting one velocity equal to zero, by trapping a sample of OH radicals, and crossing the trap with a sample of velocity-filtered, cold ammonia molecules [21].

Thus, the globular non-catalytic domain is a key determinant for setting the velocity of the motor.

Their evolution is governed by the following Hamilton-Jacobi-type equation [42] frac{partialphi_{i} }{partial t}=-nablaphi_{i} ( {{ {mathbf{x}}},t} ) frac{{mathrm{d}}{{mathbf{x}}}}{{mathrm{d}}t}=V_{n, i} vert {nabla phi_{i} } vert, (20) with pseudo-time t and the normal component of the zero-level set velocity (V_{n,i}).

An estimate for the maximum velocity that can be guided in a curved electrostatic guide is obtained by setting the velocity-dependent centrifugal force equal to the guiding force produces via the Stark effect [40, 44].

The no-slip condition on the interface is enforced by setting the velocities in the solid phase to zero.