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Quality, reliability, and safety

Assure compliance with all requirements, standards, directives, policies, and procedures Perform quality (reliability and safety) assessments Participate in reviews... [Pg.201]

Pistol and ammunition combat quality, reliability and safety are integrated (interconnected) and they form a common whole. They create a common pyramid with combat quahty as a base and a frame and with safety on the peak (see Fig. 2). [Pg.1115]

Figure 2. Pistol and ammunition combat quality, reliability and safety. Figure 2. Pistol and ammunition combat quality, reliability and safety.
Product service history Historical data generated by activities at the interface between the supplier and the customer and by supplier internal activities to meet the customer needs regarding the quality, reliability and safety trends of the product or service. [Pg.330]

These last two factors are extensions of traditional customer satisfaction issues of comfort, performance, quality, reliability, and affordability. Automakers evaluate all of these factors within the range of design issues reflecting other societal concerns, such as safety and accessibility, as well as market desires, including cultural meanings and expectations of the vehicle. [Pg.216]

The guidelines and regulations cited so far have focused on process safety. However, certification and award programs such as the International Organization for Standardization (ISO) Standard 9002, "Quality Systems— Model for Quality Assurance in Production and Installation," place heavy emphasis on quality management. Written procedures and document control are important factors for ensuring and maintaining quality, reliability, and consistency. [Pg.15]

Recently, the management of large nuclear and fossil fuel thermal power plants have stimulated the development of diagnostic systems, in order to improve primary coolant quality. Such improvements constitute indirect tools for increasing the plant reliability and safety, both depending on the corrosion of the structural materials. [Pg.150]

The process of NPP I C systems V V and expert analysis of V V includes the stages of verification and validation and expert analysis of V V both algorithms and software (A SW). The quality of A SW V V execution is very important for the computer-based critical I C systems reliability and safety ensuring. The requirements for verification have actually become more strict and methodology of V V is the subject of regulatory bodies assessment. The problems of regulation of V V are inseparable components of both national and international standards in critical engineering [1-3],... [Pg.109]

Solving the number of principal problems on RIs reliability and safety ensuring the proper coolant quality and its maintenance in the course of operation, ensuring radiation safety associated with forming alfha-active polonium-210 radionuclide, etc. These tasks have been developed for the NS sRIs. [Pg.136]

Blokus-Roszkowska, A. 2007b. On component failures dependency influence on system s lifetime, International Journal of Reliability, Quality and Safety Engineering. Special Issue System Reliability and Safety, 14(6), 1-19. [Pg.1561]

This book is about Sulph(on)ation Technology in its technical entirety, aiming at superiority in final product quality, raw material utilisation, sustained plant reliability and safety, minimisation of liquid effluent and gaseous emissions it is about the total quality of the operation. It will be of value to engineers and chemists who are, or will be, involved in the practical daily operation of sulphonation plants or R D activities. The book can also be used as a tool for the teacher in preparing final year projects in a chemical engineering curriculum. [Pg.288]

Quality assurance in any applied science and engineering project is an essential task. It is a disciplined approach in the provision of systems and components of nuclear power plants. The main objectives for the vessel are to ensure that eaeh part of the vessel manufacture is assembled, inspeeted, tested and operated strictly in accordance with the performanee requirements, reliability and safety codes and the designers intent. The quahty control is those quality assurance actions which provide a means to eontrol measure and monitor the characteristics of the vessel throughout its life. The quality assurance in practice embodies formal documentation and procedures ... [Pg.331]

For the problem of incomplete reliability information collection, developers should establish effective ways for rehability data collection, storage and analysis, specify content and management of reliabihty information data, and solve the problem of a serious shortage of basic rehabihty data. Data collection related to reliability and safety includes product development requirements, rehabihty design analysis, rehabihty evaluation, safety evaluation, similar product quality problems, and failure elimination. [Pg.154]

The developed way of defining the states has made it possible to take into account the identified, significant functional, reliability and safety qualities. The formulated model based on graph of states and transitions has been mathematically described with the use of the system of 44 linear differential equations, assuming the independence of intensities of transitions between the states. With the use of the mathematical model the probabilities of occurrence of the above-defined states are calculated. The verification of the model shows a good representation of reality. This has been proven by the Chi squared test at the statistical significance a = 0.05. [Pg.310]

In the French railway field, the use of formal methods, including the use of method B [ABR %], is increasingly common in the development of critical systems. The software of these safety systems (railway signaUng, automatic driving) must meet strict criteria for quality, reliability, and robustness. One of the first applications of these formal methods was done retrospectively on SACEM [GUI 90]. More recent projects, such as CTDC, KVS or SAET-METEOR [BEH 93 BEH 96], used method B throughout the development process (from the specifications to the code). [Pg.60]

Ensure the adequaey (in terms of quality, quantity and reliability) of serviees/utilities, e.g. steam, proeess/eooling water, eleetrieity, eompressed air, inert gas, fire suppression systems, ventilation. Stand-by or emergeney serviees may be required. Some general safety design eonsiderations are summarized in Table 12.11. [Pg.405]

PrH A improves the safety, reliability and quality of the design and construction of a new or old process. P IDs must be correct as constructed operating, startup and shutdown procedures must be validated, and the operating staff must be trained before startup. Incident inr estigation recommendations, compliance audits or PrHA recommendations need resolution before startup. [Pg.72]

We aim for total customer satisfaction. Customers are those who buy our products our suppliers, our staff, and all people with whom we have contact. We will treat each other with care and respect and strive for excellence in all we do to provide a high level of service to all customers, internal and external. We will thereby provide finished products and services to the highest standards of quality, safety, reliability, and durability. [Pg.92]

A major reason for the neglect of human error in the CPI is simply a lack of knowledge of its significance for safety, reliability, and quality. It is also not generally appreciated that methodologies are available for addressing error in a systematic, scientific manner. This book is aimed at rectifying this lack of awareness. [Pg.10]

The final element which regulations address is quality. Safety and fitness for purpose, as discussed above, are two of the characteristics that you would associate with a quality product. However, these characteristics alone would not describe a quality product. For any product or service to be considered quality you would also expect it to be reliable and consistent. Additionally in the context of medical products, quality means a requirement to demonstrate conformance to agreed specifications or applicable standards for content, purity and stability. Many organisations, from manufacturers to service providers, voluntarily apply quality assurance systems in order to more effectively meet their customers needs on a consistent basis. However,... [Pg.2]


See other pages where Quality, reliability, and safety is mentioned: [Pg.25]    [Pg.233]    [Pg.25]    [Pg.233]    [Pg.920]    [Pg.31]    [Pg.386]    [Pg.20]    [Pg.328]    [Pg.336]    [Pg.186]    [Pg.316]    [Pg.381]    [Pg.236]    [Pg.48]    [Pg.275]    [Pg.263]    [Pg.1833]    [Pg.2304]    [Pg.32]    [Pg.130]    [Pg.166]    [Pg.25]    [Pg.150]    [Pg.72]    [Pg.98]    [Pg.132]    [Pg.639]   


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Reliability and safety

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