2004•Unpublished venueRequires access

Equipment failure definition: a prerequisite for reliability test and validation

A.R.M. Fashandi, T. Umberg

Open publisher page 10 citations

Abstract

While product reliability has become a major concern to most organizations, many have overlook developing good reliability specifications. This oversight can result in ambiguous and purposeless reliability testing during validation phase of the product development. Effective reliability testing requires well-defined reliability specification. After all, the prime objective of a reliability-engineering program is to test and assess product reliability. A common element that is vastly ignored but rather critical to a sound reliability specification is definitions of equipment failure. Even the most vigorous reliability-testing program is of little use if the product being tested has poorly defined failure parameters. This paper discusses the essential requirements for establishing concise and effective reliability specifications, and proposes a method to define equipment failure.

About this research paper

What this paper is about

While product reliability has become a major concern to most organizations, many have overlook developing good reliability specifications. This oversight can result in ambiguous and purposeless reliability testing during validation phase of the product development. Effective reliability testing requires well-defined reliability specification. After all, the prime objective of a reliability-engineering program is to test and assess product reliability. A common element that is vastly ignored but rather critical to a sound reliability specification is definitions of equipment failure. Even the most vigorous reliability-testing program is of little use if the product being tested has poorly defined failure parameters. This paper discusses the essential requirements for establishing concise and effective reliability specifications, and proposes a method to define equipment failure.

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OpenAlex reports 10 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

While product reliability has become a major concern to most organizations, many have overlook developing good reliability specifications. This oversight can result in ambiguous and purposeless reliability testing during validation phase of the product development. Effective reliability testing requires well-defined reliability specification. After all, the prime objective of a reliability-engineering program is to test and assess product reliability. A common element that is vastly ignored but rather critical to a sound reliability specification is definitions of equipment failure. Even the most vigorous reliability-testing program is of little use if the product being tested has poorly defined failure parameters. This paper discusses the essential requirements for establishing concise and effective reliability specifications, and proposes a method to define equipment failure.

Key concepts: Reliability engineering, Reliability (semiconductor), Computer science, Product (mathematics), Engineering, Mathematics, Power (physics), Quantum mechanics

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