Engineering Risk Analysis Technology

Author: Dai Shuhe
Publisher:
Publish Date: 2007-02-01
Features: Engineering risk analysis is closely related to energy and safety, an emerging technology in recent years, included in the internationally recognized 21st-century emerging technologies (Emerging Technologies), rapidly developing, and highly valued by industry professionals. Particularly in the chemical and petrochemical industries, controlling and managing risks plays a significant role in extending equipment operation cycles and improving corporate efficiency. This book covers two main parts: engineering technology risk control and management, and the risk evaluation of project construction and investment, involving engineering technology, industrial safety, equipment management and maintenance, project management, and investment. The fuzzy methods, extension engineering methods, application of quantitative metallography, and acceptable risk criteria adopted in the engineering risk analysis and evaluation of this book are internationally advanced. It clarifies the definitions, terms, symbols, and formulas used in the safety field, providing detailed and comprehensive information.
This book includes two main parts: engineering technology risk control and management, and the risk evaluation of project construction and investment, covering engineering technology, industrial safety, equipment management and maintenance, project management, and investment. The fuzzy methods, extension engineering methods, application of quantitative metallography, and acceptable risk criteria adopted in the engineering risk analysis and evaluation of this book are internationally advanced. It clarifies the definitions, terms, symbols, and formulas used in the safety field, providing detailed and comprehensive information.
In addition to systematically explaining the theory of risk analysis technology, this book also includes the author's accumulated successful engineering practice experience over the years, including research achievements that have won national and provincial/ministerial important awards, as application cases. These cases cover various aspects such as petrochemical equipment, pipelines and fittings, landscape engineering, etc., making the book highly valuable academically and in engineering applications.
The book is concise and easy to understand, avoiding complex mathematical derivations, and focuses on practicality, making it suitable for self-study.
Target Audience: Engineering and technical personnel engaged in scientific research, design, manufacturing, and management of chemical, petrochemical, power, safety, and process equipment; corporate leaders and project construction decision-makers; teachers and graduate or senior undergraduate students in safety engineering, process equipment and automation, power engineering, business management, and related fields at universities.