curvature$18241$ - traducción al español
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curvature$18241$ - traducción al español

POINT AT A DISTANCE FROM THE CURVE EQUAL TO THE RADIUS OF CURVATURE LYING ON THE NORMAL VECTOR
Center of Curvature; Centre of curvature
  • A concave mirror with light rays
  • Center of curvature

curvature      
n. curvatura, cintra, corvadura, doblez
hollow back         
CURVATURE OF THE SPINE
Lordotic; Hollow back; Saddle back; Lordotic curvature; Lumbar hyperlordosis; Lumbar Hyperlordosis; Lumbar lordosis; Hyperlordosis
(n.) = lomo articulado, lomo suelto
Ex: At the same time a good deal of fine leather binding was carried on in the traditional way (though with an increasing use of hollow backs).
lordosis         
CURVATURE OF THE SPINE
Lordotic; Hollow back; Saddle back; Lordotic curvature; Lumbar hyperlordosis; Lumbar Hyperlordosis; Lumbar lordosis; Hyperlordosis
(n.) = lordosis

Def: Curvatura de la columna vertebral.
Ex: During copulation, hamster females maintain lordosis for hundreds of seconds, while the male mounts and intromits repeatedly.

Definición

curvature
The curvature of something is its curved shape, especially when this shape is part of the circumference of a circle. (TECHNICAL)
...the curvature of the earth...
N-UNCOUNT: oft N of n

Wikipedia

Center of curvature

In geometry, the center of curvature of a curve is found at a point that is at a distance from the curve equal to the radius of curvature lying on the normal vector. It is the point at infinity if the curvature is zero. The osculating circle to the curve is centered at the centre of curvature. Cauchy defined the center of curvature C as the intersection point of two infinitely close normal lines to the curve. The locus of centers of curvature for each point on the curve comprise the evolute of the curve. This term is generally used in physics regarding the study of lenses and mirrors (see radius of curvature (optics)).

It can also be defined as the spherical distance between the point at which all the rays falling on a lens or mirror either seems to converge to (in the case of convex lenses and concave mirrors) or diverge from (in the case of concave lenses or convex mirrors) and the lens/mirror itself.