Nuclear Power Plant Safety and Mechanical Integrity (2nd Ed.) Design and Operability of Mechanical Systems, Equipment and Supporting Structures
Auteurs : Antaki George, Gilada Ramiz
Nuclear Power Plant Safety and Mechanical Integrity: Design and Operability of Mechanical Systems, Equipment and Supporting Structures, Second Edition explains how to navigate the various maintenance codes, standards and regulations for the nuclear power industry. Sections update on operating procedures, fatigue damage, corrosion, accidental over-pressure, design-based accidents, and much more. George Antaki and Ramiz Gilda provide expert guidance and a combined 40+ years of experience in the field of nuclear power plant safety, also addressing lessons learned from Fukushima in 2011 and the resulting protection systems implemented.
This thoroughly updated resource will be particularly valuable to both new and experienced nuclear engineers, maintenance supervisors, nuclear safety researchers and professionals, and all those invested in keeping abreast of the latest industry best practices.
- Presents 50+ common issues faced by engineers in the NPP field
- Provides practical and up-to-date operating experiences which explore lessons learned over many decades, successes and developmental opportunities
- Includes key safety classifications for systems and components and advises on the compliance of international codes and standards
2. Design Basis Loads and Qualification
3. Examination and Leak Testing
4. Suspended Systems
5. Supporting Structures
6. Materials and Aging Mechanisms
7. Operability and Industry Operating Experience
8. Maintenance and Repairs
This title is suitable for: Nuclear Engineers,Mechanical engineers, construction engineers, maintenance engineers, Reliability Engineers, Researchers and Post grads in engineering and nuclear safety or with a background in nuclear and mechanics.
Mr. Gilada has 33 years of experience in Mechanical and Civil Construction and Design Projects. He developed expertise as Principal Consultant Engineer in Comanche Peak Nuclear Power Plant in Structural Dynamics and Piping Engineering and performed acting managerial duties as needed. He is a member of ASME III (Nuclear) Working Group Piping Design, Working Group Flaw Evaluation and ASME (Nuclear) Operation and Maintenance Committee. He successfully completed Nuclear Plant Certification Class in Reactor Theory, Thermodynamics, Fluid Flow, Heat Transfer and Plant Systems.
Date de parution : 02-2020
Ouvrage de 500 p.
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