SURFACE vs AEROFOIL: NOUN
- The bounding or limiting parts of a body; the parts of a body which are immediately adjacent to another body or to empty space (or the air); superficies; outside: distinguished as a physical surface.
- An airfoil.
- The superficial or external aspect.
- A portion of space having length and breadth but no thickness.
- The two-dimensional locus of points located in three-dimensional space.
- The boundary between two solid spaces not adjacent to a third: distinguished as a mathematical surface.
- A material layer constituting such a boundary.
- The outer or the topmost boundary of an object.
- A device that provides reactive force when in motion relative to the surrounding air; can lift or control a plane in flight
- Information that has become public
- The outermost level of the land or sea
- The extended two-dimensional outer boundary of a three-dimensional object
- A superficial aspect as opposed to the real nature of something
- The boundary of a three-dimensional figure.
- Printing from a surface in relief, as from type, in distinction from plate printing, in which the ink is contained in engraved lines.
- A plate having an accurately dressed flat surface, used as a standard of flatness by which to test other surfaces.
- The larva of the great yellow underwing moth (Triphœna pronuba). It is often destructive to the roots of grasses and other plants.
- An instrument consisting of a standard having a flat base and carrying an adjustable pointer, for gauging the evenness of a surface or its height, or for marking a line parallel with a surface.
- See under Condensation, and Condenser.
- Etc. See under Caustic, Heating, etc.
- A centrosurface.
- Hence, outward or external appearance.
- The exterior part of anything that has length and breadth; one of the limits that bound a solid, esp. the upper face; superficies; the outside.
- Synonyms Superficies, Exterior, etc. See outside.
- More generally, a surface generated by a curve the plane of which moves in any way so that every line in it remains parallel to itself.
- The surface often originally, and better, called the Roman surface [discovered by Jacob Steiner (1796-1863), undoubtedly the greatest of all geometricians], being a quartic surface of the third class, having three double lines. In its symmetrical form its appearance is thus described: Take a tetrahedron, and inscribe in each face a circle. There will be, of course, two circles touching at the mid-point of each edge of the tetrahedron; each circle will contain, on its circumference, at angular distances of 120°, three mid-points; and the lines joining these with the center of the tetrahedron, produced beyond the center, meet the opposite edges … joining the mid-points. … Now truncate the tetrahedron by planes parallel to the faces, so as to reduce the altitudes, each to three fourths of the original value; and from the center of each new face round off symmetrically up to the adjacent three circles; and within each circle scoop down to the center of the tetrahedron, the bounding surface of the excavation passing through [that is, containing] the three right lines, and the sections by planes parallel to the face being in the neighborhood of the face nearly circular, but, as they approach the center, assuming a trigoidal form, and being close to the center an indefinitely small equilateral triangle. We have thus the surface, consisting of four lobes united only by the lines through the mid-points of opposite edges—these lines being consequently nodal lines, the mid-points being pinch-points of the surface, and the faces singular planes, each touching the surface along the inscribed circle. (Cayley, Proceedings London Math. Soc., V. 14.)
- A surface generated by the helicoidal motion of a right line.
- An elassoidal surface (which see, above): an ordinary use, but not quite accurate.
- Where ϕ = 0 is a primitive surface.
- A special case of the above, with four conical points. Generally distinguished as Dupin's cyclide.
- The outer boundary of an artifact or a material layer constituting or resembling such a boundary
- In fortification, that part of the side which is terminated by the flank prolonged and the angle of the nearest bastion.
- Outward or external appearance: what appears on a slight view or without examination.
- A magnitude that has length and breadth without thickness; superficies.
- A wing of an aircraft.
- A structure shaped to produce lift when moving in air.
- A plane or arched surface for sustaining bodies by its movement through the air; a spread wing, as of a bird.
- A device that provides reactive force when in motion relative to the surrounding air; can lift or control a plane in flight
SURFACE vs AEROFOIL: ADJECTIVE
- Relating to or occurring on or near the surface of the earth.
- Superficial.
- Relating to, on, or at a surface.
- Apparent as opposed to real.
- On the surface
- N/A
SURFACE vs AEROFOIL: VERB
- Appear or become visible; make a showing
- Put a coat on; cover the surface of; furnish with a surface
- Come to the surface
- N/A
SURFACE vs AEROFOIL: INTRANSITIVE VERB
- To provide with a surface or apply a surface to.
- To rise to the surface.
- To emerge after concealment.
- To rise from the depths of a liquid to the surface.
- To show up, as a person who was in hiding.
- To work or dig a mine at or near the surface of the ground.
- To become known or public; -- said of information.
- N/A
SURFACE vs AEROFOIL: TRANSITIVE VERB
- To work over the surface or soil of, as ground, in hunting for gold.
- To give a surface to; especially, to cause to have a smooth or plain surface; to make smooth or plain.
- N/A
SURFACE vs AEROFOIL: OTHER WORD TYPES
- To put a surface (of a particular kind) on, or give a (certain) surface to; specifically, to give a fine or even surface to; make plain or smooth.
- Of or pertaining to the surface; external; hence, superficial; specious; insincere: as, mere surface politeness or loyalty.
- Make a showing
- Appear or become visible
- Furnish with a surface
- Cover the surface of
- Put a coat on
- (idiom) (on the surface) To all intents and purposes; to all outward appearances.
- N/A
SURFACE vs AEROFOIL: RELATED WORDS
- Turn up, Open, Come up, Rise, Grade, Strip, Opencast, Coat, Superficial, Aboveground, Airfoil, Opencut, Aerofoil, Shallow, Surficial
- Louver, Impeller, Deflector, Empennage, Skeg, Rotor, Airbrake, Transonic, Laminar flow, Dihedral, Tailplane, Cambered, Control surface, Surface, Airfoil
SURFACE vs AEROFOIL: DESCRIBE WORDS
- Turn up, Open, Come up, Rise, Grade, Strip, Opencast, Coat, Superficial, Aboveground, Airfoil, Opencut, Aerofoil, Shallow, Surficial
- Winglet, Impeller, Deflector, Empennage, Skeg, Rotor, Airbrake, Transonic, Laminar flow, Dihedral, Tailplane, Cambered, Control surface, Surface, Airfoil
SURFACE vs AEROFOIL: SENTENCE EXAMPLES
- Consider the type of surface and how often the surface is touched.
- Surface activity is limited on the main lake, but the stripers do surface.
- An electronic assembly or module that is manufactured with surface mounted components and using surface mount technology.
- Move surface of jam gently with your finger, if the surface wrinkles setting point has been reached.
- Wetting on nanoporous alumina surface: transition between Wenzel and Cassie states controlled by surface structure.
- Surface is topped with a patented Vitrik playing surface that replicates the traditional felt cloth.
- Anything congealed at the surface causing surface bumps should be washed away.
- Surface cracking may also indicate excessive crosslinking density in the surface layers which may affect the surface elastic modulus.
- Manager, Surface Lab Manage Surface Lab personnel schedules and oversee all Surface Lab operations.
- Surface flow management will reduce operating time during surface operations saving fuel, reducing environmental impactand avoiding surface gridlock.
- You will see that the new fan has nice straight blades and in picture 1. you can see the aerofoil shape I mentioned before.
- As soon as the aerofoil was brought into wind it would race up the wire from bottom to top.
- In aeronautics, the curve showing the path of flight of an aerofoil.
- For aerofoil surfaces the measurement should be taken in the direction of the gas flow.
- The theoretical inviscid flow condition is such that no force on the aerofoil exists at all.
- Perhaps the Whirlwind needed a more aggressive aerofoil given less horses under the bonnet?
- High lift is obtained by double aerofoil elements mainly used in aeroplane wing design.
- Wall pressure sources near an aerofoil trailing edge under turbulent boundary layers.
- Aerofoil blades that Crappy Tire used to sell.
SURFACE vs AEROFOIL: QUESTIONS
- How does surface area affect surface area to volume ratio?
- How does the respiratory surface increase the surface area for exchange?
- How does the Surface Pro 4 compare to the Surface Book?
- Does the Surface Pen Work on all programs on my surface?
- Will the Surface Pro 4 pen work on a Surface Pro 3?
- How to measure the surface flatness of a polished surface?
- How to pair your Surface Pro with Surface Pen manually?
- Which Surface devices are compatible with the Surface Connect feature?
- How to measure surface roughness and surface finish?
- Which country develops new surface-to-surface missile'Pragati'?
- What are the factors that affect the design of the aerofoil?
- Is NACA 4412 more efficient than NACA 6409 aerofoil?
- What is the aerofoil and wing pitching moment coefficient at zero angle?
- What is the optimum tip speed ratio for an aerofoil rotor?
- What is the function of leading edge slat in aerofoil?
- Are radial components of velocity neglected in the aerofoil theory?
- Can we simulate the aerofoil with oscillatory pitching motion?