mködképességet

mködképességet is the term used to describe the operational capability of a system, device, or organism to perform its intended functions under defined conditions. In standard Hungarian the corresponding word is működőképesség, and mködképességet is the diacritics-free variant that appears in some contexts. The concept covers whether an item can start, run, process inputs, deliver outputs, and withstand expected loads, as well as its ability to recover from faults or interruptions.

In engineering and maintenance practice, mködképességet is assessed through functional testing, diagnostics, and readiness evaluations. Measurements focus on how reliably the item can perform its functions when needed (reliability), how often it is available for use (availability), and how quickly it can be restored after a fault (maintainability). Related notions include operability, usability, and resilience. Tools such as fault tree analysis, failure mode and effects analysis, and reliability-centered maintenance are often employed to quantify and improve it.

Applications span aerospace, automotive, industrial automation, energy systems, and medical devices, where operability directly affects safety, performance, and lifecycle costs. Factors influencing mködképességet include design quality, component aging, software integrity, environmental conditions, human operators, and supply-chain stability. Organizations may set target availability and repair-time goals and perform regular testing, calibration, and preventive maintenance to sustain operability.

Notes: The standard term in Hungarian is működőképesség; mködképességet appears as a non-diacritic variant. See also: üzemkészség, működés, biztonságkritikus rendszerek.