Engineering Catastrophes
Causes and Effects of Major Accidents, Second Edition
John Lancaster(Author)
CRC Press
2nd Edition
Published on 17. November 2000
Book
Hardback
360 pages
978-0-8493-3884-7 (ISBN)
Article exhausted; check for reprint
Description
The records of accidents in industry and transport not only indicate trends in the incidence of loss or casualties, but also serve as a measure of human behavior. Covering catastrophes and supercatastrophes from the Titanic to the Eastonia ferry disaster right through to modern oil rig disasters such as the Piper Alpha, Engineering Catastrophes, Second Edition provides a broad survey of accidents involving structures and vehicles. It also considers natural disasters with special attention to earthquake resistant buildings.
New in the Second Edition
New chapter - 'The Human Factor' reviews loss and fatality rates together with their relationship to large-scale events such as war and the trade cycle
New information - Historical data on casualties and loss in road and rail accidents
Case histories - Updated case histories illustrate how human frailty, the unexpected weakness of materials, or a combination of both lead to tragic circumstances
Written by an international authority in the field of metallurgy and welding, this revised and updated reference analyzes historical records to determine how loss and fatality rates vary with time. Building on the foundation created in the first edition, Engineering Catastrophes, Second gives you the information you need to make educated decisions about quality assurance, quality control, and loss prevention.
New in the Second Edition
New chapter - 'The Human Factor' reviews loss and fatality rates together with their relationship to large-scale events such as war and the trade cycle
New information - Historical data on casualties and loss in road and rail accidents
Case histories - Updated case histories illustrate how human frailty, the unexpected weakness of materials, or a combination of both lead to tragic circumstances
Written by an international authority in the field of metallurgy and welding, this revised and updated reference analyzes historical records to determine how loss and fatality rates vary with time. Building on the foundation created in the first edition, Engineering Catastrophes, Second gives you the information you need to make educated decisions about quality assurance, quality control, and loss prevention.
More details
Edition
2nd New edition
Language
English
Place of publication
Bosa Roca
United States
Publishing group
Taylor & Francis Inc
Target group
Professional and scholarly
Edition type
New edition
Dimensions
Height: 235 mm
Width: 156 mm
ISBN-13
978-0-8493-3884-7 (9780849338847)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Other editions
New editions

Book
08/2005
3rd Edition
Taylor & Francis
€177.03
Article is exhausted; no reprint
Person
Lancaster; John Institute of Welding(former President), UK,
Content
The Historical Record: General, Industry, and Transport
How Big is a Catastrophe?
Objectives and Method
Fatalities in Industry
Transport
Comparisons
The Historical Record: Energy and Process Plant
The Oil Industry
Oil and Gas Exploration and Production
Chemical
Petroleum and Petrochemical Processing
The Power Generation Industry
Supercatastrophes
Introduction
Shipping Accidents
Catastrophes in the Oil and Gas Production Industry
Catastrophes Involving Air Travel
The Chemical Industry
Rail Accidents
Generalizations
The Technical Background
Mechanical Failure
Catastrophes Resulting from the Brittle Failure of Steel
Other Types of Fracture
Theoretical Aspects of Explosions
How Technological Change Affects Safety
The Role of the Material
Air Transport
Shipping
The Oil and Gas Industry
Hydrocarbon Processing Land Transport
Natural Catastrophes
Natural Catastrophes and a Country's Level of Productivity
The Effects of Natural Disasters
Earthquakes
The Human Factor
The Theoretical Model
Manufacturing Industry
Figures for Road Transport
Human Error
General Aspects
External Factors and the Accident Rate
Hazardous Occupations and Pursuits
The Loss Rate and Economic Growth
Summary and Conclusions
How Big is a Catastrophe?
Objectives and Method
Fatalities in Industry
Transport
Comparisons
The Historical Record: Energy and Process Plant
The Oil Industry
Oil and Gas Exploration and Production
Chemical
Petroleum and Petrochemical Processing
The Power Generation Industry
Supercatastrophes
Introduction
Shipping Accidents
Catastrophes in the Oil and Gas Production Industry
Catastrophes Involving Air Travel
The Chemical Industry
Rail Accidents
Generalizations
The Technical Background
Mechanical Failure
Catastrophes Resulting from the Brittle Failure of Steel
Other Types of Fracture
Theoretical Aspects of Explosions
How Technological Change Affects Safety
The Role of the Material
Air Transport
Shipping
The Oil and Gas Industry
Hydrocarbon Processing Land Transport
Natural Catastrophes
Natural Catastrophes and a Country's Level of Productivity
The Effects of Natural Disasters
Earthquakes
The Human Factor
The Theoretical Model
Manufacturing Industry
Figures for Road Transport
Human Error
General Aspects
External Factors and the Accident Rate
Hazardous Occupations and Pursuits
The Loss Rate and Economic Growth
Summary and Conclusions