Ergonomics and Human Factors

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Ergonomics and Human Factors

9781852787578 Edward Elgar Publishing
Edited by David Oborne, Professor of Psychology and Head of Department of Psychology, University of Wales, Swansea, UK
Publication Date: 1995 ISBN: 978 1 85278 757 8 Extent: 1,152 pp
Ergonomics (ergos – work; nomos – laws) and Human Factors have almost identical characteristics and identities and have both developed in similar ways, within the same period, and for the same reasons. The Ergonomics philosophy is the amalgamation of information from psychology, physiology and engineering to enable the environment to be designed to ‘fit’ the person. Ergonomics and Human Factors evolved at around the time of World War II, when fighting and defensive machines were being built far beyond the capacities and capabilities of the operators.

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Ergonomics (ergos – work; nomos – laws) and Human Factors have almost identical characteristics and identities and have both developed in similar ways, within the same period, and for the same reasons. The Ergonomics philosophy is the amalgamation of information from psychology, physiology and engineering to enable the environment to be designed to ‘fit’ the person. Ergonomics and Human Factors evolved at around the time of World War II, when fighting and defensive machines were being built far beyond the capacities and capabilities of the operators.

The selection of papers included in these volumes present a corpus of material to enable the reader to obtain an overview of the subject through the writings of significant authors and reviewers in the field. Four main aspects of the working situation and of the human operator within that situation have been taken into consideration when selecting the articles for these volumes; the physical characteristics of the operator’s body when ‘fitting’ the system, the operator’s cognitive abilities when interacting with the system, the social situation in which the system operates, and the environmental features that ‘surround’ the system.
Contributors
Contributors: M.F. Allnutt, J.V. Bradley, J. Duncan, D. Ferguson, P.M. Fitts, A.J. Hull, W. Hünting, S.L. Johnson, J.J. Keegan, K.H.E. Kroemer, A. Martin, T.G. Moore, D. O''Neill, R. Örtengren, D.A. Norman, J. Noyes, A.O. Radke, F.V. Taylor, M. Wallace, W.J. White
Contents
Contents: Volume I
Acknowledgements
Introduction

Part I: Human Factors History and Philosophy
1. P. Branton (1987), ‘In Praise of Ergonomics – A Personal Perspective.’
2. F.V. Taylor and W.D. Garvey (1959), ‘The Limitations of a “Procrustean” Approach to the Optimization of Man-Machine Systems.’
3. A. Chapanis (1965), ‘On the Allocation of Functions between Men and Machines.’

PART II: Body Movement and Biomechanics
4. K.H. Eberhard Kroemer (1970), ‘Human Strength: Terminology, Measurement and Interpretation of Data.’
5. S. Pheasant & D. O’Neill (1975), ‘Performance in Gripping and Turning – A Study in Hand/Handle Effectiveness.’
6. J. Duncan and D. Ferguson (1974), ‘Keyboard Operating Posture and Symptoms in Operating.’
7. E. Grandjean, W. Hünting and M. Pidermann (1983), ‘VDT Workstation Design: Preferred Settings and Their Effects.’
8. M. Wallace and P. Buckle (1987), ‘Ergonomic Aspects of Neck and Upper Limb Disorders.’

PART III: Communication
9. A. Chapanis (1965), ‘Words, Words, Words.’
10. P. Wright (1977), ‘Presenting Technical Information: A Survey of Research Findings.’
11. P. Wright (1986), ‘Phenomena, Function and Design: Does Information Make a Difference?’

PART IV: Displays
12. W.F. Grether (1949), “Instrument Reading. I: The Design of Long-Scale Indicators for Speed and Accuracy of Quantitative Readings.’
13. M.I. Kurke (1956), ‘Evaluation of a Display Incorporating Quantitative and Check-Reading Characteristics.’
14. S.L. Johnson and S.N. Roscoe (1972), ‘What Moves, the Airplane or the World?’
15. J.M. Rolfe and M.F. Allnutt (1967), ‘Putting Man in the Picture.’

PART V: CONTROLS
16. A. Frievalds (1987), ‘The Ergonomics of Tools.’
17. T.G. Moore (1974), ‘Tactile and Kinaesthetic Aspects of Push-Buttons.’
18. J.V. Bradley (1969), ‘Optimum Knob Diameter.’



19. J.V. Bradley (1969), ‘Desirable Dimensions for Concentric Controls.’

PART VI: THE WORKSPACE
20. K.H. Eberhard Kroemer (1972), ‘Human Engineering the Keyboard.’
21. P.M. Fitts and C.M. Seeger (1953), ‘S-R Compatibility: Spatial Characteristics of Stimulus and Response Codes.’
22. N.E. Loveless (1962), ‘Direction-of-Motion Stereotypes: A Review.’
23. W.J. White, M.J. Warrick and W.F. Grether (1953), ‘Instrument Reading III: Check Reading of Instrument Groups.’
24. J.V. Bradley (1969), ‘Optimum Knob Crowding.’
25. J. Noyes (1983), ‘The QWERTY Keyboard: A Review.’
26. D.A. Norman and D. Fisher (1982), ‘Why Alphabetic Keyboards are not Easy to Use: Keyboard Layout Doesn’t Much Matter.’
27. A. Martin (1972), ‘A New Keyboard Layout.’
28. R. Conrad and A.J. Hull (1968), ‘The Preferred Layout for Numeral Data-Entry Keysets.’

PART VII: POSTURE AND SEATING
29. W.F. Floyd and D.F. Roberts (1959), ‘Anatomical and Physiological Principles in Chair and Table Design.’
30. P. Branton (1969), ‘Behaviour, Body Mechanics and Discomfort.’
31. W. Hünting, Th. Läubli and E. Grandjean (1981), ‘Postural and Visual Loads at VDT Workplaces: I. Constrained Postures.’
32. J. Jay Keegan and A.O. Radke (1964), ‘Designing Vehicle Seats for Greater Comfort.’
33. M.J. Dainoff (1982), ‘Occupational Stress Factors in Visual Display Terminal (VDT) Operation: A Review of Empirical Research.’
34. B.J.G. Andersson and R Örtengren, A Nachemson and G. Elfström (1974), ‘Lumbar Disk Pressure and Myoelectric Back Muscle Activity During Sitting. I. Studies on an Experimental Chair.’
35. B.J.G. Andersson and R Örtengren, ‘Lumbar Disc Pressure and Myoelectric Back Muscle Activity During Sitting. III. Studies on a Wheel-Chair.’
36. B.J.G. Andersson and R Örtengren, A Nachemson and G. Elfström (1974), “Lumbar Disc Pressure and Myoelectric Back Muscle Activity During Sitting. IV. Studies on a Car Driver’s Seat.’
37. Å.C. Mandal (1976), ‘Work-Chair with Tilting Seat.’

Name Index




CONTENTS: VOLUME II

Acknowledgements

PART I: NOISE
1. K.D. Kryter and K.S. Pearsons (1963), ‘Some Effects of Spectral Content and Duration on Perceived Noise Level.’
2. H.C.W. Stockbridge and M. Lee (1973), ‘The Psycho-Social Consequences of Aircraft Noise.’
3. R. Ross A. Coles, G.R. Garinther, D.C. Hodge and C.G. Rice (1968), ‘Hazardous Exposure to Impulse Noise.’
4. D.L. Johnson, C.W. Nixon and M.R. Stephenson (1976), ‘Long-Duration Exposure to Intermittent Noises.’
5. J.C. Nixon and A. Glorig (1961), ‘Noise- Induced Permanent Threshold Shift at 2000 cps and 4000 cps.’
6. D.E. Broadbent (1954), ‘Some Effects of Noise on Visual Performance.’
7. E.C. Poulton (1977), ‘Continuous Intense Noise Masks Auditory Feedback and Inner Speech.’
8. E.C. Poulton (1978), ‘A New Look at the Effects of Noise: A Rejoinder.’
9. S.S. Stevens (1972), ‘Stability of Human Performance under Intense Noise.’
10. J.G. Fox (1971), ‘Background Music and Industrial Efficiency – A Review.’
11. S. Cohen and N. Weinstein (1981), ‘Nonauditory Effects of Noise on Behavior and Health.’

PART II: Vibration
12. J.C. Guignard and A. Irving (1960), ‘Effects of Low Frequency Vibration on Man.’
13. R.R. Coermann (1962), ‘The Mechanical Impedance of the Human Body in Sitting and Standing Position at Low Frequencies.’
14. M.J. Griffin and C.H. Lewis (1978), ‘A Review of the Effects of Vibration on Visual Acuity and Continuous Manual Control, Part I: Visual Acuity.’
15. C.H. Lewis and M.J. Griffin (1978), ‘A Review of the Effects of Vibration on Visual Acuity and Continuous Manual Control, Part II: Continuous Manual Control.’

PART III: Temperature and Ventilation
16. S. Shibolet, M.C. Lancaster and Y. Danon (1976), ‘Heat Stroke: A Review.’
17. J.F. Wing (1965), ‘Upper Thermal Tolerance Limits for Unimpaired Mental Performance.’
18. I. Mekjavic and J. Bligh (1987), ‘The Pathophysiology of Hypothermia.’
19. W.F. Fox (1967), ‘Human Performance in the Cold.’
20. W.H. Teichener and J.L. Kobrick (1955), ‘Effects of Prolonged Exposure to Low Temperature on Visual-Motor Performance.’
21. F.C. Houghten and C.P. Yagloglou (1923), ‘Determining Lines of Equal Comfort.’
22. A.P. Gagge, J.A.J. Stolwijk and Y. Nishi (1971), ‘An Effective Temperature Scale Based on a Simple Model of Human Physiological Regulatory Response.’

PART IV: Illumination
23. M. Gilbert and R.G. Hopkinson (1949), ‘The Illumination of the Snellen Chart.’
24. M. Luckiesh and L.L. Holladay (1925), ‘Glare and Visibility.’
25. L.L. Holladay (1926), ‘The Fundamentals of Glare and Visibility.’
26. R.G. Hopkinson, W.R. Stevens and J.M. Waldram (1941), ‘Brightness and Contrast in Illuminating Engineering.’
27. H.R. Blackwell (1959), ‘Development and Use of a Quantitative Method for Specification of Interior Illumination Levels on the Basis of Performance Data.’

PART V: The Working Environment
28. M.J. Brookes and A. Kaplan (1972), ‘The Office Environment: Space Planning and Affective Behavior.’
29. J. Nemecek and E. Grandjean (1973), ‘Noise in Landscaped Offices.’
30. A. Hedge (1989), ‘Environmental Conditions and Health in Offices.’

Name Index


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