The challenges to which industry are confronted requires consideration of innovative design, technologies and conditions of use. Historically the reliability or maturation of products could only be established an improved experimentally, either by tests during the development or during the operational deployment. The risks associated with the second approach are unacceptable to the ultimate users who demand a reliable product. They are also equally unacceptable to the equipment supplier because of the detrimental impact on the suppliers image as well as the associated costs unreliable products can cause.
This document presents Recommended Practices, which represent the current best approaches for building product reliability and maturation during product development. The document highlights the role of experimental testing in this growth of maturation.
The present Recommended Practice, has been elaborated by the CEEES R&ESS TAB during meetings held in many towns throughout Europe allowing the participation of a wide range of specialists. These specialist encompass a range of expertises and experience of many industries. Its content represents the current best practices in matter of building the product maturation during the development with highlighting the vision of the role of experimental testing in this maturation growth.
Introduction
The product life profile
The product technical specification
The parts (or components) engineering
The performance-based requirement in design
The elimination of weakness in design and technologies
Uncertainty and test factors
validation of the functions0
environmental stress screening and ha-ess
conclusion
references
ANNEX 1 - Types Of Reliability Tests
ANNEX 2 - Frequently Asked Questions on Reliability Test Types
ANNEX 3 - Feasibility Test
ANNEX 4 - Comparison of ESS and HA-ESS
ANNEX 5 - Definition Of Terms