failure condition

There are no predefined victory or failure conditions, and the game does not end.

Aircraft system safety requires the independence of failure conditions for multiple systems.

It starts from causes (if known) leading to one particular end effect (the system failure condition).

Under power failure conditions, this telephone may not operate.

Thus, supervisors are both the detectors and handlers of failure conditions.

The failure conditions are categorized by their effects on the aircraft, crew, and passengers.

This failure condition can cause shock or death to anyone that comes into contact with the faulty product.

The role of crack formation in establishing the failure condition is briefly described.

Any pressure below 1,450 psi represents a failure condition.

Managers were randomly assigned to either the group success or group failure condition.

Clear guidance on how to handle failure conditions.

If necessary, patients can also be seen within 24 hours if their heart failure condition appears to worsen.

Failure conditions were identified after submitting the elements to increasing flow discharges.

Major Failure Conditions must be no more frequent than Remote.

However, by 2009, Metro engineers were unaware of this incident or the tests developed to detect the failure condition.

Failure Conditions having less severe effects could be relatively more likely to occur; that is, an inverse relationship between severity and likelihood.

Further, unlike a firewall a guard provides assurance that it is effective in providing this control even under attack and failure conditions.

The primary failure condition in adventure games, inherited from more action-oriented games, is player death.

Cutset analysis of the fault trees demonstrates that no single failure condition will result in a hazardous or catastrophic event.

The term Failure Conditions provides for a focus on the effects of a failure separate from the causes.

A Catastrophic Failure condition is one which would result in multiple fatalities usually with the loss of the airplane.

Geogrids can be used to provide tensile strength across potential slip planes thus relieving failure conditions.

The development of safe and reliable engineering systems requires knowledge of how they will perform under both normal and failure conditions.

These "system Failure Conditions" and their classification are often previously determined in the functional Hazard analysis.

Classified failure conditions are assigned qualitative and quantitative safety objectives, giving guidance to development and operation.