Safety and reliability assessment : an integral approach : proceedings of the European Safety and Reliability Conference, Munich, Germany, May 10th-12th 1993
著者
書誌事項
Safety and reliability assessment : an integral approach : proceedings of the European Safety and Reliability Conference, Munich, Germany, May 10th-12th 1993
（ESREL / European Safety and Reliability Conference, '93）
Elsevier , Verein Deutscher Ingenieure, 1993
大学図書館所蔵 件 / 全7件
-
該当する所蔵館はありません
- すべての絞り込み条件を解除する
内容説明・目次
内容説明
Reliability engineering is a rapidly developing field and is becoming increasingly important in various industries and technologies. Reliability engineering provides those theoretical and practical tools which can specify, design, predict, test and demonstrate the probability and capability of parts, components, products, systems and installations to perform their required functions in specified environments for the desired period without failure. Reliability engineering is vital to the design, manufacture and operation of products, systems and plants with respect to maintaining a high safety standard which is compatible with nature and the environment. The reliability of technical systems, the operating conditions, and consequently the availability and safety aspects of systems interact in various ways. A wide spectrum of aspects around the key issues of safety and reliability are reviewed in this volume. It brings together the experience of scientists, engineers, managers, and regulators from different disciplines, industries, and user organizations on the tools and procedures.
The 94 papers provide a reference source on the implications of new technologies in the planning and shaping of safety and reliability assessment.
目次
Part 1 Safety culture and policy. Developing a code of safe practice for a novel activity (N.J. Holloway, D. Boston). Management factors in safety (M.H. Brascamp et al). Part 2 Quality management and contractual aspects. Quality assurance in the planned Konrad repository (I. Beckmerhagen, H.P. Berg). Quality and reliability assurance in the development of public network systems (H. Traub). Part 3 Data collection and analysis. Statistical analysis of failure data from repairable systems (G. Hartier). Experience gained from availability analysis of existing steel planis (A. Drago et al). Part 4 Availability enhancement. Availability of multifunctional systems (A. Sols, J.A. Nachlas). Availability enhancement through the use of artificial neural networks for system state monitoring and the detection and diagnosis of fault conditions (K.J. Czachur et al). Part 5 Maintenance, repair, diagnose strategies. Early failure diagnosis for rotating machinery using the ROMADIS software package (Y. Ding, E. Saedtier). Risk-based optimization of maintenance methods and approaches (N.K.W. Jones). Part 6 Structural and component reliability. Reliability of mechanical components (G.I. Schueller). Specialized RAM characteristics derived from measurement technology (J. Glimm). Part 7 Risk assessment and management - methods. Probabilistic safety assessment (PSA) technology - how it works, what does it do, where are the gaps (P. Kafka). Determination of risk tolerability from social indicators (J.S. Nathwani, N.C. Lind). Part 8 Risk assessment and management - applications. Will hydrogen aircraft be safe? - A safety feasibility discussion (I. Jenkins). The reliability analysis in evaluation of environmental quality (H. Wang, H. Xu). Part 9 System dependability/reliability - applications. Safety and reliability assessment of a failure delay system by means of the DYLAM-3 code (G. Cojazzi, E Melendez). The application of Markov chain for studying operational reliability of the production systems at Kiruna mine (Y. Huang, U. Kumar). Part 10 System dependability/reliability - methods: qualitative and quantitative exploitation of Boolean reliability polynoms (E. Lardeux). Requirements on reliability parameters for probabilistic safety analysis of nuclear power plants (U. Steniner). Part 11 Reliability in design. Design error-occurrence, avoidance and effect on reliability (J.R. Taylor). Reliability analysis of a CPU operated at high altitudes (I. Goel, D. Ilberg). Part 12 Life cycle assessment and ageing of components. Life cycle availability assessment in offshore field development (R. Ostebo). On optimum revision intervals for ageing components (G. Becker et al). Part 13 Computer software support systems. A real-time system for risk prevention - the formentor project (N. Mitchison et al). Neural networks and the reliability of knowledge base (I. Vondrak). Part 14 Uncertainty assessment. Inevitability of a Bayesian predictive approach to PRA's (C.A. Clarotti).
「Nielsen BookData」 より
