rezgéskelt

rezgéskelt is a Hungarian term that translates to "vibration-induced" or "vibration-driven." It is used in various contexts, most commonly in engineering and physics, to describe phenomena or processes that are initiated or significantly influenced by the presence of vibrations.

In engineering, rezgéskelt can refer to the design of structures or machinery that are intended to operate under specific vibrational conditions or to withstand them. For instance, certain types of sensors or actuators might be described as rezgéskelt if their function is directly tied to the detection or generation of vibrations. It can also describe a failure mode where excessive vibrations lead to a component's malfunction or breakdown.

In physics, the concept of rezgéskelt is related to resonance and the transfer of energy through oscillatory motion. For example, a system might be described as rezgéskelt if it absorbs energy from an external vibration source, leading to amplified motion or other observable effects. This principle is fundamental to understanding wave phenomena and mechanical systems. The term is also sometimes encountered in less technical fields, often referring to a general sense of something being "stirred up" or "energized" by a dynamic force, though this usage is more metaphorical.