A mechanical model for the determination of maximum speed in terrestrial tetrapods, designed for application to extinct species, is proposed.
High lift devices including trailing-edge flaps, leading-edge slats or flaps, and methods for determination of maximum lift in the takeoff and landing configurations are considered.
Experimentation was conducted by following standardized test procedures and using standardized apparatus for determination of maximum explosion pressure, size-normalized maximum rate of pressure rise, minimum explosible concentration, minimum ignition energy, and minimum ignition temperature.
L. 98 181, § 517(c), substituted provisions setting forth factors applicable to determination of maximum amount, for provisions setting forth maximum amount as 25 per centum of income, and inserted provisions relating to limitations on increases of any rent or contribution of recipient.
In the recent years, methodologies have been developed that allow the direct determination of maximum spectral accelerations for specified values of the period of a single-degree-of-freedom system and for a given probability of exceedance.
Geotechnical test results, including determination of maximum dry density (MDD) and optimum moisture content (OMC), California bearing ratio (CBR) and permeability, indicate that WFS can satisfactorily be used as fill material in embankments and in pipe-bedding applications.
A method and its corresponding first results are presented for the determination of maximum safe capillary diameters, which may be used to describe the extended safety range of operation conditions for partial gas phase oxidation reactions in microreactor devices.
Experimentation included determination of maximum depths and widths of wetted zone after 0.5, 1, 2, 3, 5, and 7 h of water application under laterals, porous pipes, and drip tape placed at 0.05, 0.10 and 0.15 m depths below soil surface.
In this work, Central Composite Design (CCD) and Surface Response Methodology (SRM) are used for a reliable determination of maximum adsorption capacity of arsenic by a biosorbent of lettuce flour and the result was very close to the value obtained from the Langmuir isotherm.
The determination of maximum shear stresses is non-unique: it can be multiplied by (i) an arbitrary real positive constant if principal directions are non-harmonic function of spatial coordinates; or (ii) a real valued positively defined bi-holomorphic function that depends on four real constants if principal directions are harmonic.
