failure cause

A failure cause is looked upon as a design weakness.

Maintenance tasks are selected that address the dominant failure causes.

Cascading failures, for example, are particularly complex failure causes.

Why does uncompensated heart failure cause problems?

The isolation level shows the system identure level at which the failure cause can be recovered (often by replacement of a line replaceable unit).

The more complex the product or situation, the more necessary a good understanding of its failure cause is to ensuring its proper operation (or repair).

Failure causes are defects in design, process, quality, or part application, which are the underlying cause of a failure or which initiate a process which leads to failure.

Only when the capacitor fails prematurely, before it reaches the end of its calculated design life, may it be concluded that there is a faulty electrolyte versus some other failure cause.

Strengths of FMECA include its comprehensiveness, the systematic establishment of relationships between failure causes and effects, and its ability to point out individual failure modes for corrective action in design.

The retry schedule interval will depend on the original failure cause - transient network failures will result in short retry schedule, whereas out of coverage will typically result in a longer schedule.

If such a failure causes or risks causing a serious breach in the functioning of the internal market, the Commission may take appropriate measures to deal with that situation, even before accession, with entry into force upon accession.

Moreover, KTR does supportive business for enterprises such as KOLAS/KAS officially recognized training, enterprise product development, failure cause analysis, associate business of industry, academy, and research, and etc.

Over time, as more is understood about a failure, the failure cause evolves from a description of symptoms and outcomes (that is, effects) to a systematic and relatively abstract model of how, when, and why the failure comes about (that is, causes).

The method attempts to quantify the likely severity and frequency of occurrence of each failure mode, as well as the ability of the design to detect each failure cause by using an ordinal scale (typically 1 - 10, where one is "best" and ten is "worst").