megbízhatóságigényes

Megbízhatóságigényes is a Hungarian term that translates to "reliability-demanding" or "requiring high reliability" in English. It is often used in technical and engineering contexts to describe systems, components, or processes that must perform their intended function without failure for extended periods or under critical conditions.

In engineering, a megbízhatóságigényes application demands that a product or system meets stringent reliability standards. This means that the probability of failure is extremely low, and the consequences of failure are significant. Examples include components in aerospace, medical devices, nuclear power plants, and critical infrastructure like transportation networks.

The design and manufacturing of megbízhatóságigényes items involve rigorous testing, quality control, and the use of high-quality materials and manufacturing processes. Redundancy, fault tolerance, and extensive lifecycle testing are common strategies employed to achieve the required levels of reliability.

The term emphasizes the critical nature of dependable operation. It is not merely about a device working, but about it consistently working as expected, especially when its failure could lead to severe economic loss, injury, or loss of life. Therefore, achieving megbízhatóságigényes status requires a comprehensive approach to engineering, ensuring that every aspect of the system contributes to its overall dependability.