merevségért

Merevségért is a Hungarian term that translates to "for stiffness" or "for rigidity." It is primarily used in the context of materials science and engineering to describe the purpose or application of a material or design that aims to achieve a certain level of resistance to deformation under applied forces.

In engineering, when designing structures or components, engineers often need to consider the stiffness of the materials used. A material with high stiffness will deform very little when subjected to stress, making it suitable for applications where maintaining shape and preventing deflection is crucial. Examples include bridge beams, aircraft wings, and precision measuring instruments. The term merevségért would be used in specifications or discussions to indicate that the primary objective for a particular component is to provide this rigidity.

Beyond physical structures, the concept can also be applied metaphorically. For instance, in discussions about societal norms or organizational structures, "merevségért" could imply a drive towards maintaining established rules, traditions, or hierarchies, sometimes to the point of being inflexible. However, its most common and direct usage remains within the technical fields concerning material properties. The focus is always on the qualitative aspect of resistance to bending, stretching, or compressing.