Sentence examples for constants section from inspiring English sources

The relations are sought additionally from partial models for individual pharmacokinetic parameters, such as the absorption rate constants (section ), volumes of distribution (section ), and elimination rate constants (section ).

Coefficients can be determined experimentally by placing a sample filter of known cross-sectional area and thickness in a constant section duct flow.

The dynamic stiffness matrix of a circular curved member of constant section has been derived.

A parametric study is carried out on a 1D duct of constant section incorporating a perfectly premixed flame.

The 'Dielectric constant' section applies the previous results to the dielectric constant of the plasma for different conditions.

Continuous bridges, straight and constant section deck viaducts with variable height and tapered piers are the structures which have been considered.

Assume that (phi M=M_{1}times_{f}M}{2}rishtanrowwisometricM}) immersionmetric immersiof of a warped product (M_{1}times_{f}M_{2}) into a Riemannian manifold of M̃ of constant section curvature c.

The dynamic stiffness matrix formulation for circular curved members of constant section, including the effects of rotary intertia, shear deformation and extension of the neutral axis, is presented for determining natural frequencies of continuous curved beams undergoing in-plane vibrations.

The dynamic stiffness matrix formulation for circular curved members of constant section, including the effects of transverse shear deformation, rotary inertia and extension of the neutral axis, is extended to forced vibrations of continuous curved beams.

From the Selig low-Reynolds airfoils database, the SD7032 one was chosen for this purpose and a corresponding constant section wing was tested at DTU red wind tunnel, providing force and distributed pressure coefficients for the design, in the Reynolds range 30−250×103 and for different angles of attack.

The numerical results show, (i) that a constant section hood is the most efficient shape when compared to progressive (elliptic or conical) section hoods, (ii) an optimal ratio between hood's section and tunnel section where the temporal gradient of the pressure wave can be reduced by half, (iii) a significant efficiency of the hood's length in the range of 2 8 times the length of the train nose.