| Papers [1-16] of 100 :: [Page 1 of 7] | | Go to page : 1 2 3 4 5 6 7 —> | Search results on "AVIATION SAFETY": |
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Aviation Safety, 2005.
A discussion on the impact of Computer Aided Design and aviation safety.
3,375 words (approx. 13.5 pages), 15 sources, AU$ 214.95
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Abstract
This paper reviews the impact of Computer Aided Design (CAD) on aviation safety. In particular the paper looks at how CAD has incorporated Human Factors Principles, that is to say an appreciation of the kind of people who will be using the technology, into the design making process.
From the Paper
"There can be little question that few occupations demand more of their practitioners than do the various branches of aviation. To begin with, any aircraft - be it a jetliner, a fighter jet, or even a small private airplane - is an extremely sophisticated piece of machinery. More specifically, they travel at high rates of speed, they can be (at least in the case of commercial aircraft) very unwieldy and cumbersome and their malfunction and/or mistreatment can result in almost certain death; quite simply, they are not items with which to be trifled. Adding to the dangers posed by these aircraft is the fact that their pilots - at least in military and/or commercial contexts - are expected to do more, and to do it more quickly, than ever before."
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Aviation Safety, 2004.
An analysis of aviation safety, with a focus on fire issues.
1,698 words (approx. 6.8 pages), 4 sources, MLA, AU$ 89.95
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Abstract
This paper examines what the most important fire issue is in aviation and explores how it is handled. In addition, the paper compares the ways that a specific fire issue is handled. The paper presents a focus on insulation and other fire-retardant measures in cabin safety and what kind of changes these have undergone throughout aviation history.
From the Paper
"Fire issues in aviation have long been a problem as those that work with them look for new and better ways to make aviation safer for all. This is not always easy, however, as there are only certain types of chemicals and other items that can be used in aviation due to the nature of the field. Because of this, discussing what should be used and why when it comes to fire safety and fire issues is often of the utmost importance for the aviation industry and those that create products for it. The main problem with this issue is that fire issues are something that must be dealt with in a specific way when it comes to aviation due to the complex nature of the field. For fire issues, much study must be done into what is acceptable because weight, size, and other factors play a part in airliners."
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Computer Technology in Aviation Safety, 2007.
A study exploring the impact of computer aided design technology on human factors in aviation safety.
5,092 words (approx. 20.4 pages), 24 sources, MLA, AU$ 204.95
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Abstract
The paper explains that computer aided design (CAD) involves the application of computer technology to the design of the cockpit so that it is more ergonomic and more sensitive to the characteristics of different pilots. The paper relates that, on the whole, CAD technology is an enormous improvement on older aviation design because it allows designers to visualize situations in three-dimensionality throughout the design process. The paper discusses the CAD-based ergonomic analysis programs that allow researchers to create accurate 3-D human models that measure the impact of ergonomics on the safety and reliability of products, equipment and facilities. The paper includes graphs, tables and illustrations.
Outline:
Chapter I: Introduction
Chapter II: Review of Related Literature
Chapter III:Methodology
Chapter IV: Results
Chapter V: Discussion
Chapter VI: Conclusion
Chapter VII: Recommendations
From the Paper
"Aircraft accidents that lead to loss of lives receive the highest level of attention in the aviation industry. There are many different causes for aircraft accidents that occur on an everyday basis in the aviation industry, which range from pilot errors to mechanical challenges. Some of those errors are minor, but others can have devastating effects. Pilot errors can be minimized by utilizing adequate tools and various analyses. Human factors are one of the methods that would improve safety. The term "human factors" has grown drastically, and has become more popular as the commercial aviation industry realized that human errors underlies most aviation accidents and incidents, rather than mechanical failure (Greaber 1999)."
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An Analysis of Modern Aviation Safety Issues, 2001.
A comprehensive examination of the human factors and the hardware involved in ensuring safe air travel today.
10,536 words (approx. 42.1 pages), 21 sources, APA, AU$ 337.95
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Abstract
There is no question that safety measures substantially contribute to the cost of purchasing an aircraft, but the cost of safety only begins with the purchase price. Further costs are incurred in performing, logging, and storing records of maintenance procedures and routine safety inspections. This paper explains, however, that it is not possible to gauge the worth of a human life in terms of dollars, and those trusting their lives to experienced pilots and proven aircraft need to be assured that their choice to fly was a prudent one. This research shows that the effects of deregulation have created an enormous increase in air travel, as well as private ownership of aircraft. The aviation industry continues to demonstrate significant progress in achieving better safety records and enjoys an enviable safety reputation. This paper provides a review of the literature to examine the human factors as well as the hardware involved in ensuring safe air travel, followed by a description of the research methodology used. The results of the research are followed by a discussion of the issues identified and the conclusions reached as a result. The research project recommendations conclude the paper.
Acknowledgements
Abstract
List of Tables
List of Figures
Chapter
I Introduction
II Review of Relevant Literature and Research.
III. Research Methodology.
Research Technique
Research Design
Survey Population
Sources of Data
The Data Gathering Instrument
Pilot Study
Pretest
Distribution Method
Reliability
Validity
Treatment of Data and Procedures
IV. Results
V. Discussion
VI. Conclusions
VII. Recommendations
References
Appendixes
From the Paper
"The first successful airplane flights did not take place until 1903. Yet today, airplanes affect the lives of people almost everywhere. Giant airliners carry passengers and cargo between the world's major cities in a matter of hours. Planes and helicopters rush medicine and other supplies to the farthest islands and deepest jungles. Farmers use airplanes to seed fields, count livestock, and spray crops. Aviation has also changed the way nations make war. Modern warfare depends on the instant striking power of jet fighters and bombers and the rapid supply capabilities of jet transports. Helicopters and other special aircraft have also been important in military aviation over the last 40 years. Hundreds of thousands of airplanes are used throughout the world. They range from small planes with room for only a pilot to enormous jumbo jets, which can carry hundreds of passengers. To produce and operate all these airplanes requires the skills of millions of workers in many countries--from the engineers who design the planes to the mechanics and pilots who service and fly them. Many government agencies also work to make flying safer and more dependable. All these activities together make up the aviation industry. The industry's two major branches are the manufacture of aircraft and aircraft components, such as engines, and the operation of airlines. The manufacture of aircraft, together with the manufacture of spacecraft, missiles, and related electronic equipment, is often called the aerospace industry."
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Aviation Safety: Error Management Versus Safety Compliance, 2002.
A look at the concepts and differences between error management and safety compliance in relation to aviation accidents.
650 words (approx. 2.6 pages), 2 sources, AU$ 42.95
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Abstract
This essay explains the difference between Error Management and Safety Compliance in aviation accidents. Error Management, it is argued, provides a greater likelihood for proactive outcomes when errors due occur. Because errors and accidents are impossible to eliminate, EM is premised on a complex information gathering system that allows those involved in accidents to better understand what happened. It creates a more intervention-focused environment for crew, and avoids issues of blame and punishment, and thus provides the crew with a different responsibility for error prevention.
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Safety Culture in Aviation, 2005.
A look at how distinct safety cultures influence safety performance.
2,954 words (approx. 11.8 pages), 13 sources, MLA, AU$ 140.95
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Abstract
This paper describes how different safety cultures in aviation have the potential to improve or worsen the safety performance of individual organisations. Recommendations are made in regard to the implementation and control of organisational safety culture to ensure safe practices through detailed engineering of workplace procedures and communication lines. The functionalist and interpretive perspectives of safety culture as described by Glendon (2000) are examined, demonstrating why the strengths of operating under an interpretive perspective within a functionalist framework are appropriate in the aviation industry. The importance of understanding the concepts of safety mission and safety involvement are considered. It is argued that, although difficult to categorically claim, there is little doubt that the differences in safety culture evident in the industry can have significant impact on an organisation's level of safety.
Outline
Abstract
Introduction and Background Why Safety Culture Is So Important In Aviation
Safety Cultures in Aviation
Conclusion and Implications
Reference List
From the Paper
"It is widely understood throughout the domains of aviation, medicine, defence and other safety-sensitive industries that maintaining an effective strategy to minimise the possibility and consequences of error is absolutely obligatory. Additionally, specific measures to manage the overall safety of operations can define an organisation's ability to operate viably (Glendon, 2000; Hudson, 2001; Reason, 1997). This does not just include the cost of error, but also an organisation's ability to determine risk and make decisions based on the assessment of risk. This paper identifies the steps management of aviation organisations can take to implement strategies to provide a positive safety culture within their organisation, encouraging both healthier safety attitudes and consequently, financial gain."
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CRM and other Safety Initiatives, 2005.
An examination of the factors that contribute most to aviation safety.
3,779 words (approx. 15.1 pages), 36 sources, APA, AU$ 167.95
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Abstract
This paper outlines the developments in the psychology and behavioural sciences fields of aviation along with advances in technology and other improvements. Included are examples of how the principles of Crew Resource Management (CRM) can be interpreted in various aircraft accidents and how CRM is linked with other safety initiatives.
Outline
Introduction and Background
Crew Resource Management
Other Safety Initiatives
What Does Contribute More?
Conclusion and Implications
From the Paper
"Ever since Orville Wright first flew in 1903, industry analysts have strived to devise ways to improve the safety of air transportation. The possibilities of air travel became apparent during World War I and the first professional aircraft designers concentrated on developing a safe design to transport people and cargo (Gibbs-Smith, 1967). These early years brought about innovations to basic aircraft design and propulsion systems. Frank Whittle's gas turbine engine idea was the single most momentous development in the 20th century, a development that not only improved the performance of aircraft, but also eventually improved the overall safety and reliability of aircraft transportation (Dempsey & Gesell, 1997)."
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GPS and Aviation, 2005.
A look at the affect of the implementation of GPS technology on aviation.
2,250 words (approx. 9.0 pages), 5 sources, AU$ 142.95
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Abstract
This paper considers the way the implementation of GPS technology (Global Positioning Satellite) in aviation has affected safety and what this will likely mean for the future. It discusses how GPS technology has become a major technological advance for use by the airline industry and for aviation at all levels and how the tracking capabilities and accuracy of this technology has had a major impact on aviation safety as a result.
From the Paper
" The creation of the Global Positioning System (GPS) offered a boon to many people and many professions. The use of GPS for ships at sea was noted early. The system was also deemed of particular value to the military and so to the government, which protected aspects off the technology for some time and kept these from wider public use. More recently, GPS technology has become viable for virtually everyone and has been included in automobiles, laptops, individual electronic tracking devices, and much more. GPS technology has also become a major technological advance for use by the airline industry and for aviation at all levels, and the tracking capabilities and accuracy of this technology has had a major impact on aviation safety as a result. "
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Aviation Administration, 2002.
A look at the aviation industry focusing on the safety issues.
900 words (approx. 3.6 pages), 6 sources, AU$ 56.95
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Abstract
A paper on the future of the aviation administration from the perspective of safety. The issues discussed include pilot performance and safety management.
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Hypoxia and Commercial Aviation, 1994.
This paper describes hypoxia, an oxygen-deprivation ailment and commercial aviation: Dangers in planes, effects on flight crew and safety measures.
1,350 words (approx. 5.4 pages), 7 sources, AU$ 76.95
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From the Paper
"Exposure to high altitudes can have adverse effects on human health. Symptoms may range from mild to severe, and typically involve both the central nervous system and the cardiorespiratory system. The use of pressurized cabins during high altitude flight precludes such problems. Occasional pressurization loss during flight, however, still does occur. Thus, commercial flight crews and passengers must be prepared for such a contingency. Both adequate equipment and training which emphasizes emergency procedures should be provided.
As elevation increases, air decreases in density. For example, at 18,000 feet atmospheric pressure is half its value at sea level. The most significant result of this decreased pressure is ... "
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Human Error in Airline Safety, 2002.
Examines the contribution of human error to aviation accidents.
650 words (approx. 2.6 pages), 3 sources, AU$ 42.95
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Abstract
Foremost among the problems found in air travel safety is within human error. The safety of general aviation has been improving. Even with these improvements, general aviation's accident rate remains about 24 times higher than the accident rate of scheduled commercial aviation. Runway incursions and other unauthorized entry into areas that would give rise to the opportunity for accidents or other safety failures are significant.
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Safety Analysis Techniques, 2002.
A review of different safety analysis techniques used in companies to examine the safety of their products.
3,094 words (approx. 12.4 pages), 10 sources, MLA, AU$ 145.95
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Abstract
This paper discusses the various safety analysis techniques employed by the companies and other research institutions world wide to testify the security and to minimize the risk factor involved in the use of their products. The paper begins by defining safety hazards and then lists common safety analysis techniques. The writer then discusses some of these techniques including Preliminary Hazard Analysis (PHA); Failure Modes and Effects Analysis (FMEA) and Fault Tree Analysis (FTA). It concludes with examining the factors which affect the length of safety analysis.
Introduction
Defining Safety Analysis or Hazard Analysis
Common Safety Analysis Techniques
Discussion on Some Safety Analysis Techniques
Preliminary Hazard Analysis (PHA)
Failure Modes and Effects Analysis (FMEA)
Fault Tree Analysis (FTA)
Factors Affecting the Length of Safety Analysis
Research Findings
Conclusion
From the Paper
"All the firms are legally bound to confirm their consumer?s safety in terms of the usage of product. Nevertheless, the extent to which the management and the first-line supervisors take this liability seriously depends upon the organization?s culture. Because, ?an organization's culture consists of its values, beliefs, legends, rituals, mission, goals, performance measures and its sense of responsibility to its employees, customers and community, all of which are translated into a system of expected behavior. Senior management obtains, as a result of the organization's culture, the hazards-related incident experience that it establishes as acceptable. For the personnel in the organization, what is "acceptable" is their interpretation of the reality of what management does, which may differ from what management says? (Manuele, 1997, p.160 (5)). Thus, the management?s commitment to product?s safety is largely dependent upon the organizational culture. Therefore, it is the responsibility of the organization to take adequate measures to incorporate the much-needed values and the level of promise essential for an accurate safety analysis. Definition of the term safety analysis or hazard analysis will considerably assist the readers in comprehending the significance and the use of safety analysis techniques in the corporate world."
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Safety Guidelines in the Airline Industry, 2005.
The goal of this well-researched paper is to stress the importance of recognizing and removing potential safety hazards in both the airline industry and the military.
2,190 words (approx. 8.8 pages), 12 sources, MLA, AU$ 110.95
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Abstract
This paper details the standard safety guidelines that must be followed by both the airline industry and the military, as set forth by Occupational Safety and Health Administration (OSHA) and the Federal Aviation Administration (FAA). The writer examines the goals of OSHA and the FAA which is to ensure the safety and well-being of America's workers by regulating and enforcing specific standards, providing training and education while also encouraging constant improvements of safety standards in the workplace. This paper discusses the various areas of employment in the aviation industry including baggage handlers, forklift drivers and general ground crews. This paper also details the types of safety and health risks in the industry which include: Dangerous carbon dioxide levels, electrocution, vehicle injuries, ramp operation incidents as well as disruptive passengers. This paper discusses an incident in which two general ground workers died due to carbon monoxide poisoning, while refueling their vehicles. This paper also examines the various differences in the safety guidelines between the military and the airline industry as well as the logic behind the differences.
From the Paper
"Baggage handling can cause back injuries. Many times employees lift heavy baggage, which can eventually take its toll on airline workers. In addition, electrocution can occur on the flight line. For example, one man got electrocuted while he repaired airport runway lights. He was a 54-year old certified electrician of an electrical contracting company. According to the Center for Disease Control and Prevention (CDC), SARS is a viral respiratory illness caused by a corona virus, called SARS-associated corona virus (SARS-CoV). SARS was first reported in Asia in 2003. Over the next few months the illness spread to more than two dozen countries in North America, South America, Europe and Asia, before the SARS global outbreak of 2003 was contained (CDC, 2005). This disease is important for airline employees to become aware of and to learn proper safety measures to assist in avoiding such a disease from occurring, as it can be fatal."
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The International Safety Management Code, 2003.
This paper takes a critical look at the International Safety Management Code and the need for a true safety culture in shipping.
4,262 words (approx. 17.0 pages), 17 sources, APA, AU$ 182.95
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Abstract
Recent marine accidents have resulted in significant human, pollution, and damage costs. This paper explains how the International Safety Management Code (ISM) seeks to improve personnel, operational, and environmental safety performance by providing a framework for effective safety management. ISM is based upon widely accepted quality and safety management methodology. It discusses how recent studies indicate the code is less than effective. Merely implementing the minimum requirements of ISM does not do enough to significantly enhance safety performance in the marine industry. The writer argues that international shippers must work towards achieving a true safety culture to ensure effective safety and environmental performance. This should be part of a company?s global strategic plan.
From the Paper
"The International Safety Management (ISM) Code for the Safe Operation of Ships and for Pollution Prevention was introduced by the International Maritime Organization (IMO) in 1993 after several notable marine accidents (Anderson, 2002, p. 7) and the capsizing of the passenger ferry Herald of Free Enterprise which resulted in the loss of 193 lives (Rodriguez & Hubbard, 2001, 8; Sagen, 1999, p.58)."
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Rooftop Safety, 2005.
A report on rooftop safety, a major issue in workplace safety.
5,685 words (approx. 22.7 pages), 7 sources, MLA, AU$ 220.95
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Abstract
This paper presents a discussion of the various regulations in place regarding rooftop safety, as well as the safety equipment and programs used by contractors to ensure the safety of their workers. The paper also takes a look at how well different companies comply with the regulations in actual practice.
Rooftop Accidents
Standards
Informal Survey
Conclusion
From the Paper
"Surveys show the nature and incidence of different accidents in the workplace, and such statistics then serve as the impetus for further regulations, for tightening existing regulations, and for increased enforcement to reduce the problem. A report from 1988 showed how high the rate was at that time, and reports showed that the incidence rate of almost 20 occupational injuries and illnesses per 100 full?time workers in roofing and sheet metal work was much higher than that for all construction, the category considered the most hazardous major industry grouping."
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