Sentence examples for respective velocity from inspiring English sources

The Cartesian coordinates x and y are taken along the surface and are normal to it, respectively, and u and v are the respective velocity components.

One-dimensional (1-D) MASW survey has been carried out at 58 locations and respective velocity profiles are obtained.

Convective heat flux to swept-back leading edge (SBLE) surface is obtained from the 2-D stagnation region and flat plate heat fluxes, using the respective velocity vector components.

The grid in the meso-y-scale model has also been staggered, the velocity components have all been moved a half grid interval from the location of the thermodynamic variables in the direction of the respective velocity component.

In Figs. 3 and 4, any value above unity indicates an enhancement in upward-going electron flux that cannot be explained by purely adiabatic reflection of the source population in the respective velocity frame.

With the above lemma in mind, we consider two curves (varrho ^0_t) and (varrho ^1_t), with begin{aligned} partial _t varrho ^i_t+nabla cdot (varrho ^i_t mathbf {v}^i_t)=0quad text{ for } i=0,1, end{aligned}where the vector fields (mathbf {v}^i_t) are their respective velocity fields provided by Theorem 4.6.

Dominique François Arago proposed a crucial experiment comparing the respective velocities.

This finding proves that during turbidite deposition, owing to the continuous decrease in energy and flow velocity, suspended coarse and fine grains settled according to their respective velocities, indicating turbulent current support of sediment.

Previous studies [ 17, 25] suggested that it is possible to distinguish between multipolar neurons and bipolar neurons based on the path they follow and their respective velocities.

We considered our state, α i, j ∈ R n, to be the value of OAG-related variables (MD, PSD, IOP, and their respective velocities and accelerations) at the j th observation time for patient i.

The determined heat transfer parameters can be transformed to the round cross section of a tube by considering the respective radial velocity profiles.