ylikuorma

Ylikuorma is a Finnish term that translates to "overload" or "excessive load." It is commonly used in several contexts, most notably in electrical engineering and physics.

In electrical engineering, ylikuorma refers to a situation where an electrical circuit or device is drawing more current than it is designed to handle. This can lead to overheating of wires and components, potentially causing damage, fires, or system failure. Circuit breakers and fuses are safety devices designed to interrupt the flow of current and prevent ylikuorma.

In physics, ylikuorma can refer to the concept of exceeding a material's elastic limit, causing permanent deformation, or exceeding its ultimate strength, leading to fracture. This applies to structures, materials under stress, or even biological systems. For example, a bridge could experience ylikuorma if subjected to a weight greater than its designed capacity. In a more abstract sense, ylikuorma can also describe a situation where a system or individual is subjected to an unsustainable level of pressure or demand, leading to breakdown.