flexure Sentence Examples
- The flexure of the beam under the weight caused a slight bend in the material.
- The flexure strength of the material was measured to determine its resistance to bending.
- The structural flexure of the building was designed to withstand high winds and earthquakes.
- The flexure of the muscle allowed the athlete to move their arm with ease.
- The earth's crust experiences flexure due to tectonic plate movement.
- The flexure of the spine provides shock absorption and protection to the spinal cord.
- The flexure of the plant stem allows it to bend and sway in the wind without breaking.
- The flexure test is used to evaluate the bending properties of a material.
- The flexure of the bridge deck was carefully monitored to ensure the safety of vehicles and pedestrians.
- The flexure of the wavefront creates a distortion in the image, affecting the quality of the optics.
flexure Meaning
flexure (n)
the state of being flexed (as of a joint)
an angular or rounded shape made by folding
act of bending a joint; especially a joint between the bones of a limb so that the angle between them is decreased
flexure (n.)
The act of flexing or bending; a turning or curving; flexion; hence, obsequious bowing or bending.
A turn; a bend; a fold; a curve.
The last joint, or bend, of the wing of a bird.
The small distortion of an astronomical instrument caused by the weight of its parts; the amount to be added or substracted from the observed readings of the instrument to correct them for this distortion.
Synonyms & Antonyms of flexure
FAQs About the word flexure
the state of being flexed (as of a joint), an angular or rounded shape made by folding, act of bending a joint; especially a joint between the bones of a limb s
twist, fold, convolution, winding, curl, swirl, coil, buckle, spiral,loop
No antonyms found.
The flexure of the beam under the weight caused a slight bend in the material.
The flexure strength of the material was measured to determine its resistance to bending.
The structural flexure of the building was designed to withstand high winds and earthquakes.
The flexure of the muscle allowed the athlete to move their arm with ease.
