noun a bend or curve, especially in a solid object
In astronomy, flexure can refer to the distortion or bending of a telescope or other optical instrument due to temperature changes or mechanical stress.
In engineering, flexure refers to the bending or deformation of a material under stress, often studied in structural analysis.
In physics, flexure is used to describe the bending or curvature of an object due to external forces or moments.
In biology, flexure can refer to the bending or curvature of a body part or organism, such as in the flexure of the spinal cord.
In the field of engineering, flexure refers to the bending or deformation of a material under stress. Writers may use this term when discussing the structural integrity of buildings or bridges in their work.
Psychologists may use the term flexure when discussing the concept of mental flexibility and the ability to adapt to new situations or challenges. It can also be used in the context of cognitive flexibility and problem-solving skills.
Architects may use the term flexure when designing buildings or structures that need to withstand various types of loads and stresses. They may consider the flexural strength of materials when selecting construction materials.
In mechanical engineering, flexure is a critical factor in designing components that need to withstand bending or torsional forces. Mechanical engineers may analyze the flexural properties of materials to ensure the durability and safety of their designs.