The risk management of safety and dependability : a guide for directors, managers and engineers
著者
書誌事項
The risk management of safety and dependability : a guide for directors, managers and engineers
（Woodhead Publishing in mechanical engineering）
CRC , Woodhead, c2010
- hbk.
- ebk.
- CRC Press
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注記
Includes bibliographical references and index
内容説明・目次
- 巻冊次
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CRC Press ISBN 9781439829929
内容説明
The issue of risk should be embedded into the mindset of every engineer and manager to improve safety and dependability. Companies can be held accountable through law when a gross failing in health and safety management has fatal consequences. In this volume, risk management, the organizational structure required, and the main factors needed for its successful execution are explored. It covers legal risk management requirements, risk quantification, and risk reduction methods. It uses case histories of recent disasters to illustrate failures in risk management.
目次
- Ever-present danger: introduction to the principles of risk management Introduction. Principles of risk assessment. The risk assessment matrix. Risk evaluation and control. Dependability. The risk management process. Examples of risk management failures. General precepts. Summary. References. Ignorance is no defense: legislation and the corporate role in managing risk Introduction: management failures. An overview of the law in the UK. The Health and Safety at Work Act 1974. The Management of Health and Safety at Work Regulations 1999 (MHSWR). The Provision and Use of Work Equipment Regulations 1998 (PUWER). The Reporting of Injuries, Diseases and Dangerous Occurrences Regulations 1995 (RIDDOR). The Control of Substances Hazardous to Health Regulations 1994 (COSHH). The Supply of Machinery Safety Regulations 2008 (EEC Machinery Directive 2006/42/EC). The Electromagnetic Compatibility (Amendment) Regulations 2006. The Control of Major Accident Hazards Regulations 1999 (COMAH) Amended 2005. The Construction (Design and Management) Regulations 2007. The Dangerous Substances and Explosive Atmospheres Regulations 2002 (DSEAR). The Equipment and Protective Systems Intended for Use in Potentially Explosive Atmosphere Regulations 1996 (SI 1996/192
- ATEX Directive 94/9/EC) Amended 2001. The Pressure Equipment Directive 1999 (PED). The Pressure Systems Safety Regulations 2000. The Lifting Operations and Lifting Equipment Regulations 1998 (LOLER). Other regulations and standards. International health and safety. Summary. References. How to recognize hazards: learning about generic industrial hazards Introduction. Human vulnerability. Hazards from waste emissions. Hazards from heat emissions and hot surfaces. Hazards from noise emissions. Hazards from radiation. Hazards from latent energy. Hazards from other sources. Hazards from design error. Complacency. Summary. References. Human factors in risk management: understanding why humans fail and are unreliable Introduction. Ergonomics. Anthropometrics. Physiology. Psychology. Case histories. Summary. References. Exposing hazards: techniques to find possible risks of unacceptable failures in procedures, machines and systems Introduction. `What if ' procedures. Block flow diagrams. Failure mode and effects analysis (FMEA). Hazard and operability studies (HAZOP). A cautionary example. Summary. References. Safe enough? Methods and procedures for evaluating and reducing risk in the design of processes, plant and machinery Introduction. Bow tie analysis. Human error. Redundancy. Series systems. Reliability. Component failure. Fault tree analysis. Pressure control system (FTA). Safety integrity level (SIL). Summary. References. Inherently unsafe: safety issues in planning a new facility Introduction. Site location. Scope considerations. Design for safety. Hazardous area classification. Fire prevention. Design to ensure safety. Design for reliability. Summary. References. Product risk: managing risk in the design and development process Introduction. Product risk assessment. Reliability testing. Life characteristics. Reliability target. Statistical data. Data enhancement. Test data processing. Test data analysis. Warranty analysis. Summary. References. Asset integrity: learning about the cause and symptoms of age and decay and the need for maintenance to avoid catastrophic failures Introduction. Maintenance strategies. Failure due to service deterioration. Failures due to corrosion. Pressure systems failures. Risk based inspection (RBI). Maintenance resources. Summary. References. Coping with risk: how to ensure the health and safety of people at work Introduction. The cost of safety and reliability. The occupational safety and health management system. Education and training. Supervision. Control. Monitoring performance. Emergency planning and management. Plant modification: change procedures. Auditing safety. Security. Summary. References. Management disasters: the lessons to be learnt from two major disasters Introduction. Bhopal. Piper Alpha. Summary. References. Appendix 1: Glossary. Appendix 2: Bibliography. Appendix 3: Directory of bodies associated with risk management and safety.
- 巻冊次
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hbk. ISBN 9781845697129
内容説明
The issue of risk should be embedded into the mindset of every engineer and manager to improve safety and dependability. Companies can be held accountable through law when a gross failing in health and safety management has fatal consequences. Here risk management, the organisational structure required and the main factors needed for its successful execution are explored. What risks must be managed as a legal requirement? How is risk quantified? What methods can be used to reduce risk? Such questions are addressed, alongside case histories of disasters to illustrate failures in risk management.In an easy-to-read and accessible way, The risk management of safety and dependability presents the key factors involved in successful risk management, so that even non-experts in small and medium-sized organisations, as well as engineers and managers, can apply sound safety and dependability principles.
目次
- Ever-present danger: Introduction to the principles of risk management
- Ignorance is no defence: Legislation and the corporate role in managing risk
- How to recognise hazards: Learning about generic industrial hazards
- Human factors in risk management: Understanding why humans fail and are unreliable
- Exposing hazards: Techniques to find possible risks of unacceptable failures in procedures, machines and systems
- Safe enough? Methods and procedures for evaluating and reducing risk in the design of processes, plant and machinery
- Inherently unsafe: Safety issues in planning a new facility
- Product risk: Managing risk in the design and development process
- Asset integrity: Learning about the cause and symptoms of age and decay and the need for maintenance to avoid catastrophic failures
- Coping with risk: How to ensure the health and safety of people at work
- Management disasters: The lessons to be learnt from two major disasters.
- 巻冊次
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ebk. ISBN 9781845699383
内容説明
The issue of risk should be embedded into the mindset of every engineer and manager to improve safety and dependability. Companies can be held accountable through law when a gross failing in health and safety management has fatal consequences. Here risk management, the organisational structure required and the main factors needed for its successful execution are explored. What risks must be managed as a legal requirement? How is risk quantified? What methods can be used to reduce risk? Such questions are addressed, alongside case histories of recent disasters to illustrate failures in risk management. In an easy-to-read and accessible way, The risk management of safety and dependability presents the key factors involved in successful risk management, so that even non-experts in small and medium-sized organisations, as well as engineers and managers, can apply sound safety and dependability principles.
目次
- Ever-present danger: introduction to the principles of risk management
- Ignorance is no defence: legislation and the corporate role in managing risk
- How to recognise hazards: learning about generic industrial hazards
- Human factors in risk management: understanding why humans fail and are unreliable
- Exposing hazards: techniques to find possible risks of unacceptable failures in procedures, machines and systems
- Safe enough? Methods and procedures for evaluating and reducing risk in the design of processes, plant and machinery
- Inherently unsafe: safety issues in planning a new facility
- Product risk: managing risk in the design and development process
- Asset integrity: learning about the cause and symptoms of age and decay and the need for maintenance to avoid catastrophic failures
- Coping with risk: how to ensure the health and safety of people at work
- Management disasters: the lessons to be learnt from two major disasters.
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