Sentence examples for a upper surface from inspiring English sources

Three beds with 32 cm of sand and gravel, from top to bottom 10 cm of sand, 9 cm of coarse sand, 7 cm of gravel and 6 cm of small stones (Figure 4) with vertical flow, were constructed indoors with a volume of 25 L and a upper surface area of approximately 700 cm2 (Figure 1).

The ring is membranous, persistent, with an upper surface that is white and a lower surface having a yellowish tinge and an edge that is red to orange.

We further assume that an upper surface of graphene is exposed to a thick layer of a symmetric z: z electrolyte containing the bulk number density per unit volume, N, of dissolved salt ions.

The method is applied to modifying the wing of an Unmanned Aerial System to increase its aerodynamic efficiency and to calculate the drag reductions obtained by an upper surface morphing technique for an adaptable regional aircraft wing.

A well-defined coarse emulsion was also generated using gravity, by firstly causing aqueous phase droplets to detach from an upper surface, and secondly sediment to form a bed of droplets below.

The model also gives good results for open beds and for the expansion of beds with an upper surface above the top banks.

A water-tight sack with good plasticity and a volume of 10 l, equivalent to the volume of the abdominal cavity and an upper surface area of 1800 cm2, double the upper surface of the abdomen of an adult person [16, 17], was connected to the bottom of the plastic container by a 22-mm diameter tubing with a valve with adjustable resistance.

The lobes strictly follow topographic lows on the surface of earlier deposits and build up with a droplet-like morphology: a concave upper surface upstream, ending in a convex morphology, with steep fronts and sides.

Second, the same kinds of gemstones may instead be cut en cabochon (i.e., with a rounded upper surface and a flat underside) and polished on water- or motor-driven sandstone wheels.

Early researchers including Alfred Russel Wallace, Frank Evers Beddard, Cott and Craik argued that marine animals including pelagic fish such as marlin and mackerel, as well as dolphins, sharks, and penguins the upper and lower surfaces are sharply distinct in tone, with a dark upper surface and often a nearly white lower surface.

This paper presents the results obtained from the numerical simulation and experimental wind tunnel testing of a morphing wing equipped with a flexible upper surface and controllable actuated aileron.