|
Dr. Alan A. Johnson
Concise Biography
Dr. Alan A. Johnson was born and raised in England where he attended Reading School (1940-49) and Reading University (1949-52). After two years as a research student and Demonstrator in Physics in the Physics Department at the University of Toronto, Canada, he returned to England and served two years as a Scientific Officer in the Royal Naval Scientific Service (RNSS). His work for the RNSS was on Top Secret defense projects and involved serving on the Royal Research Ship Discovery II.
In 1956 he began work on a Ph.D. project on neutron irradiation of metals at the Imperial College of Science and Technology, London University. Here he held positions as Research Assistant (1956-57), ICI Research Fellow (1957-59), CEGB Research Fellow (1959-60) and tenured Lecturer in Metallurgy (1960-62).
Late in 1962 he left London for the United States and, in 1963, became Director of Research at the Materials Research Corporation in Orangeburg, New York. In 1965 he was appointed Professor of Physical Metallurgy at Brooklyn Polytechnic and in 1967 became Head of the newly formed Department of Physical and Engineering Metallurgy. In 1969 he also became a Science Advisor to Mayor John Lindsay of New York City with the title “Chairman, Mayor’s Oceanographic Advisory Committee”.
In 1971 he moved to Washington State University as Professor of Materials Science and Chairman of the Department of Materials Science and Engineering. Then, in 1975, he moved to the University of Louisville where he served as Professor of Materials Science (1975-2002) and, briefly, as Dean of the Graduate School (1975-76). After resigning from the University of Louisville in 2002 he was active in consulting until the end of 2014. He now has a restricted practice limited to the field of metal product failures.
Degrees
1. B.Sc. in Physics, Chemistry & Auxiliary Mathematics, University of Reading, 1952.
2. B.Sc. (Special Hons.) in Physics, University of Reading, 1952.
3. M.A. in Physics, University of Toronto, 1954.
4. Ph.D. in Metal Physics, Imperial College of Science and Technology, London University, 1960.
5. D.I.C. (Diploma of Imperial College) in Metallurgy, 1960.
Research
Dr. Johnson’s early work at Imperial College focused on the effects of neutron irradiation in a nuclear reactor on the mechanical and electrical properties of body-centered cubic metals such as molybdenum and niobium. On moving to the United States his work broadened to include many metals and alloys and, specifically, materials for use in surgery and dentistry. In addition, he developed a type of syntactic foam made using cenospheres derived from fly ash. This material has found a place as a buoyancy material in various areas of ocean engineering.At Washington State he worked on a NASA funded project on the solidification of metals in a microgravity environment. His work provided the background for one of the experiments on Skylab. At Louisville he pursued theoretical research on impact fatigue of metals, i.e. on the effects of repeatedly striking a metal component or specimen, and other projects.
Consulting
Dr. Johnson’s has worked as a consultant throughout his career. He started, while at Imperial College, as a summer consultant to the Atomic Energy Research Establishment, Harwell. His second assignment was as a consultant to the C.A. Parsons Company in Newcastle. This assignment was given by Parsons’ Director of Research Dr. (later Sir) Monty Finniston. Since these early assignments his work has been both continuous and extensive as he has undertaken projects for many large and small industrial corporations and a large number of law firms. He has a great deal of experience as an expert witness having frequently givendeposition testimony and participated in jury trials. In 1987 Dr. Johnson founded his consulting company, Metals Research Inc., which he dissolved at the end of 2014. He has retained key items of equipment from the company and uses them in the very limited number of legal cases which he now takes. These cases are ones in which he is able to bring to bear his extensive knowledge of metals and alloys acquired during a long career in academia and consulting.
Recognition
1. Elected to Phi Kappa Phi, 1974.
2. Elected to Tau Beta Pi, 1975.
3. Elected Fellow, American Society for Metals, 1984.
4. Elected Fellow, The Institute of Metals (London), 1985.
5. Elected Fellow, The Institute of Physics (London), 1986.
6. Elected Chartered Engineer (London), 1988.
7. Awarded a Metroversity Award for Innovative Teaching at the University of Louisville,1995.
8. Named Distinguished Citizen of Louisville, 1996.
9. Awarded a University of Louisville, Community Service Award, 2001.
Community Involvement
Dr. Johnson has served as a volunteer at the St. John Center for Homeless Men in Louisville for thirty years. It was for his work at this Center that he was named a Distinguished Citizen of Louisville.
He served for about ten years as organist and choir director at Messiah-Trinity Church in Okolona, Louisville. He has written a considerable volume of as yet unpublished choral music which his former choir still routinely performs.
The list of
publications includes only those that have been through the peer review process.
1. Johnson, A.A., "The Effect of Grain Size on the Tensile Properties of High Purity Molybdenum at Room Temperature." Phil. Mag., 4, 194, (1959).
2. Johnson, A.A., and Peacock, D.E., "Some New Yield Phenomena in Molybdenum," Phil. Mag., 4, 528, (1959).
3. Johnson, A.A., "Radiation Damage in Metals," Penguin Science News, 52, 38, (1959).
4. Johnson, A.A., and Shaw, B.J., "Ductile Cleavage Fracture of Molybdenum," Nature, 183, 1542, (1959).
5. Kerridge, J.F., Johnson, A.A., and Mathews, H.I., "Dislocation Arrangements in Molybdenum," Nature 184, 356, (1959).
6. Johnson, A.A., "The Low Temperature Tensile Properties of Niobium," Acta Met. 8, 737, (1960).
7. Johnson, A.A., "Deformation, Fracture, and Radiation Damage in B.C.C. Transition Metals," J. Less-Common Metals, 2, 241, (1960).
8. Johnson, A.A., "The Embrittlement of Molybdenum by Neutron Irradiation," Phil. Mag., 5, 413, (1960).
9. Sethna, D.N., Johnson, A.A., Proud, K.J., and Sheinin, S.S., "Control of Irradiation Embrittlement in Molybdenum," Nature, 189. 568, (1961).
10. Johnson, A.A., "Theory of the Deformation and Fracture of Body-centered Cubic Transition Metals," Nature, 189, 826, (1961).
11. Sethna, D.N., Johnson, A.A., Proud, K.J., and Sheinin, S.S., "The Tensile Properties of Heavily Deformed Molybdenum After Neutron Irradiation," J. Inst. Met., 89, 476, (1961).
12. Darwin, G.E. and Johnson, A.A., "Reactor Materials and Radiation Damage," Nuclear Power, 6, 64, (1961).
13. Johnson, A.A., "The Ductile-Brittle Transition in Body-Centered Cubic Transition Metals," Phil. Mag., 7, 177, (1962).
14. Wronski, A.S. and Johnson, A.A., "The Deformation and Fracture Properties of Polycrystalline Molybdenum," Phil. Mag., 7, 213, (1962).
15. Kerridge, J.F., Sheinin, S.S., Johnson, A.A., and Mathews, H.I. "On the Mechanisms of Vacancy Annihilation in Neutron Irradiated Molybdenum," Phil. Mag., 7, 1073, (1962).
16. Johnson, A.A., "On the Determination of the Yield Stress Parameters σi and ky From a Single Stress-Strain Curve," Acta Met., 10, 975, (1962).
17. Peacock, D.E. and Johnson, A.A., "Point Defects in Niobium, Molybdenum and Tantalum." Nature, 195, 169, (1962).
18. Johnson, A.A., Milasin, N., and Zein, F.N., "The Embrittlement of Body-Centered Cubic Transition Metals by Neutron Irradiation," Proc. I.A.E.A. Symposium on Radiation Damage in Solids and Reactor Materials (Venice), 259, (1962).
19. Wronski, A.S. and Johnson, A.A., "The Relative Importance of Grain Boundaries and Sub-Grain Boundaries in the Irradiation Hardening of Molybdenum," Phil. Mag., 7, 1429, (1962).
20. Sargent, G.A., Sherwood, P.J., and Johnson, A.A., "The Effect of Strain-Rate on the Tensile Yield Stresses of Niobium and Tantalum," Nature, 195, 374, (1962).
21. Peacock, D.E. and Johnson, A.A., "Stage III Recovery in Neutron Irradiated Molybdenum and Niobium," Phil. Mag., 8, 563, (1963).
22. Wronski, A.S. and Johnson, A.A., "A Hardening Effect Associated with Stage III Recovery in Neutron Irradiated Molybdenum, "Phil. Mag., 8, 1067, (1963).
23. Barton, P.W., Hughes, E.J. and Johnson, A.A., "Yielding in Copper Single Crystals Having Diameters in the Range 50 to 150μ", J. Phys. Soc. Japan, 19, 407, (1964).
24. Johnson, A.A., Hughes, E.J., and Barton, P.W., "Age Hardening in a Gold-Nickel Alloy," Nature, 201, 1020, (1964).
25. Barton, P.W., Hughes, E.J., and Johnson, A.A., "The Preparation and Properties of the Intermediate Phase Based on the Compound TiCo," Proc. First Int. Conf. on Electron and Ion Beam Science and Technology (Toronto), 460 (1965).
26. Hughes, E.J., Johnson, A.A., and Barton, P.W., "The Effect of Specimen Diameter on the Macroscopic Yield Stress of Copper Single Crystals," J. Phys. Soc. Japan, 20, 626, (1965).
27. Hughes, E.J., Barton, P.W., and Johnson, A.A., "The Effect of Carbon on the Recrystallization Kinetics of Electron Beam Zone-Refined Iron," Trans. Met. Soc. AIME, 233, 186, (1965).
28. Wronski, A.S., Sargent, G.A., and Johnson, A.A., "Irradiation Hardening and Embrittlement in Body-Centered Cubic Transition Metals," Proc. ASTM Conf. on the Behavior of Materials in Nuclear Environments (Chicago), 69, (1965).
29. Johnson, A.A., Hughes, E.J., and Barton, P.W., "The Solvus Curve for Guinier-Preston Zones in Aluminum-Zinc Alloys", J. Inst. Met., 169, (1966).
30. Hughes, E.J., Johnson, A.A., Barton, P.W., and Drangel, J., "Precipitation Hardening in an Equiatomic Niobium-Zirconium Alloy," J. Less Common Metals, 10, 408, (1966).
31. Johnson, A.A., D'Antonio, C., and Maciag, R., "The Mechanical Behavior of Metals in Deep Ocean Environments," Nature, 210, 621, (1966).
32. Johnson, A.A., Hughes, E.J. and Barton, P.W., "The Structure and Properties of a Wrought Equiatomic Gold-Nickel Alloy," Proc. Milwaukee Symposium on Biomedical Engineering, 399, (1966).
33. Wronski, A.S. and Johnson, A.A., "Comments on 'The Low Temperature Electrical Resistivity of Lattice Defects in Deformed Tungsten Single Crystals'", Acta Met., 15, 389, (1967).
34. Ianucci, A., Johnson, A.A., Hughes, E.J., and Barton, P.W., "An Experimental Study of the Solubility Limits of the Compound TiCo Using High Temperature X-Ray Diffractometry," J. Appl. Phys., 39, 2222, (1968).
35. Ordonez, J., Johnson, A.A., and Mukherjee, K., "Preparation of Fiber Reinforced Nickel-Gold Alloys Using a Solid State Reaction," Nature, 217, 442, (1968).
36. Johnson, A.A., Hughes, E.J., and Barton, P.W., "Precipitation Hardening in Gold-Nickel Alloys," International Dental Journal, 18, 655, (1968).
37. Johnson, A.A., Lewenstein, T., and Imbembo, E.A., "The Effects of the Hydrostatic Pressure in a Deep Ocean on the Mechanical Behavior of Metals," Ocean Engineering, 1, 201, (1969).
38. Perepezko, J.H., Murphy, R.F., and Johnson, A.A., "Point Defects in Vanadium," Phil. Mag., 19, 1, (1969).
39. Travis, W.C. and Johnson, A.A., "The Behavior of a Wrought Equiatomic Gold-Nickel Alloy as an Implant Material in Living Rats." Biomaterials, p.41 (Plenum Press, 1969).
40. Johnson, A.A., Mukherjee, K., Bestel, J., and Fesolowich, A., "The Preparation of Fiber Reinforced Binary Alloys Using Solid State Reactions," Proc. Intl. Conf. on the Quantitative Relationship Between Properties and Microstructure (Haifa, Israel), 219, (1970).
41. Venetch, J., Johnson, A.A., and Mukherjee, K., "Thermal Hardening in Neutron Irradiated Vanadium," Journal of Nuclear Materials, 34, 343, (1970).
42. Fesolowich, A., Johnson, A.A., Bestel, J.L., and Mukherjee, K., "The Preparation of Fiber Composite Alloys by the Controlled Dissociation of Metallic Solid Solutions," Science, 167, 1373, (1970).
43. Johnson, A.A., Mukherjee, K., Schlosser, S. and Raask, E., "The Behavior of a Cenosphere-Resin Composite Under Hydrostatic Pressure," Ocean Engineering, 2, 45, (1970).
44. Gupta, S.P., Johnson, A.A., Mukherjee, K., and Imbembo, E.A., "Age Hardening in a Cupronickel Alloy Containing 1 Wt. Pct. Silicon," Mater. Sci. and Eng., 6, 395, (1970).
45. Anderson, G.A., Bestel, J.L., Johnson, A.A., and Post, B., "Eutectic Decomposition in the Gold-Silicon System," Mater. Sci. and Eng., 7, 83, (1971).
46. Gupta, S.P., Johnson, A.A., and Mukherjee, K., "Comments on the Phase Transformation in the NiTi Alloy," J. Phys. Soc. Japan, 31, 605, (1971).
47. Johnson, A.A., Mukherjee, K. and Wald, M.S., "Industrial Applications of Fly Ash Cenospheres," Proc. Fourth Buhl Inter. Conf. on Materials (Pittsburgh), p. 466 (1971).
48. Gupta, S.P., Johnson, A.A., and Mukherjee, K., "Stacking Modulated Structures in B2 -TiNi Alloys," Mater. Sci. and Eng., 11, 29, (1973).
49. Gupta, S.P., Johnson, A.A., and Mukherjee, K., "Martensitic Transformation in Near Equiatomic Ti-Ni Alloys," Mater. Sci. and Eng., 11, 43, (1973).
50. Schlosser, S., Johnson, A.A., and Mukherjee, K., "The Low Temperature Tensile Properties of Surface Oxidized Polycrystalline Molybdenum," Mater. Sci. and Eng., 11, 81, (1973).
51. Johnson, A.A., "Stage III Recovery in Group Va Body-Centered Cubic Transition Metals," Scripta Metallurgica, 7, 1, (1973).
52. Johnson, A.A., "Some Further Comments on Stage III Recovery in Body-Centered Cubic Transition Metals," Scripta Metallurgica, 7, 15, (1973).
53. Gupta, S.P., Johnson, A.A., and Kodali, S.P., "Strain Aging and the Bauschinger Effect in Steel," Proc. 2nd. Spec. Conf. on Cold-Formed Steel Structures, Univ. of Missouri-Rolla, p. 1, (1973).
54. Gupta, S.P., Mukherjee, K., and Johnson, A.A., "Diffusion Controlled Solid State Transformation in the Near-Equiatomic Ti-Ni Alloys," Mater. Sci. and Eng., 11, 283, (1973).
55. Johnson, A.A., Masson, D.B., and Mahapatra, R., "The Preparation and Properties of Fibre Reinforced Alloys," Proc. Silver Jubilee Symp., I.I.T. Bangalore, J. Scient. and Indust. Res., 32, 657, (1973).
56. Gupta, S.P. and Johnson, A.A., “Morphology and Crystallography of β’ Martensite in TiNi Alloys, Trans. Japan Inst. of Metals, 14, 292 (1973).
57. Johnson, A.A. and, Remo, J.L., "A New Interpretation of the Mechanical Properties of the Gibeon Meteorite," J. Geophys. Res., 79, 1142, (1974).
58. Johnson, A.A., "A Reevaluation of the Hall-Petch Analysis," Can. Met. Quarterly, 13, 215 (1974).
59. Remo, J.L. and Johnson, A.A., "The Ductile-Brittle Transition in Meteoritic Irons," Meteoritics, 9, 29, (1974).
60. Johnson, A.A., and Alicandri, F.P., "Thermoconstrictive Surgical Appliance," U.S. Patent 3, 786, 806, (1974).
61. Johnson, A.A., "Fiber Reinforced Gold-Nickel Alloys," Proc. 1972 Conf. on Metal Matrix Composite Materials, Paper #7, Liverpool Polytechnic (1974).
62. Horylev, R.J., Anantatmula, R.P., and Johnson, A.A., "The Metallography of the Metastable Compound Au3Si," Proc. 7th Annual Meeting of the Intl. Metallographic Soc., Microstructural Science, 3A, 273, (1975).
63. Johnson, A.A., Gupta, S.P., and Kodali, S.P., "The Fracture Mode Transition in Polycrystalline Molybdenum," Mater. Sci. and Eng., 18, 159, (1975).
64. Anantatmula, R.P., Johnson, A.A., Gupta, S.P. and Horylev, R.J., "The Gold-Silicon Phase Diagram," J. Electronic Matls., 4, 445, (1975).
65. Remo, J.L. and Johnson, A.A., "A Massive Pyrrhotite Nodule in the Octahedrite Toluca," Proc. 7th Annual Meeting of the Intl. Metallographic Society, Microstructural Science, 3B, 723, (1975).
66. Remo, J.L. and Johnson, A.A., "A Preliminary Study of the Ductile-Brittle Transition Under Impact Conditions in Material From an Octahedrite," J. Geophys. Res., 80, 3744, (1975).
67. Johnson, A.A., and Davis, R.B., "The Research Productivity of Academic Materials Scientists," J. Metals, June 1975, p. 28.
68. Anantatmula, R.P. and Johnson A.A., "Comments on 'Microstructure of Dissociated Gold-Silicon Alloy by Sputter Etching and Scanning Electron Microscopy'", Mater. Sci. and Eng., 20, 97, (1975).
69. Castleman, L.S., Motskin, S.M., Alicandri, F.P., Bonawit, V.L., and Johnson, A.A., "Biocompatibility of Nitinol Alloy as an Implant Material," J. Biomed. Mater. Res., 10, 695, (1976).
70. Ananatatmula, R.P., Johnson, A.A., and Vatne, R.S., "Solidification Microstructures in a Hypereutectic Gold-Silicon Alloy," Microstructural Science, 4, 217, (1976).
71. Frick R.J. and Johnson, A.A., "A New Fracture Mode in an Aluminum-Zinc Alloy," Microstructural Science, 4, 263, (1976).
72. Schulman, A., Mukherjee, K., Milillo, F., and Johnson, A.A., "Gold-Nickel Alloys in Dental Prostheses," J. Dental. Res., 55, 285 (1976).
73. Johnson, A.A., "A Materials Science Course for Liberal Arts Students," ASEE Materials Division Newsletter, Spring 1976, P.1.
74. Bhattacharya, D., Johnson, A.A., Sorem, R.K., and Andersen, G.A., "The Room Temperature Dissociation of the Compound Au3Si," Matls. Science and Eng., 32, 181, (1978).
75. Ouseph, P.J., Groskreutz, H.E., and Johnson, A.A., "A Mossbauer Analysis of the Louisville Meteorite," Meteoritics, 13, 189, (1979).
76. Johnson, A.A., Remo, J., and Davis, R.B., "The Low Temperature Impact Properties of the Meteorite Hoba," J. Geophys. Res., 84, 1683, (1979).
77. Ouseph, P.J., Groskreutz, H.E. and Johnson, A.A., "Mössbauer Spectra for Iron Bearing Phases in the Meteorite Toluca," Meteoritics, 14, 97, (1979).
78. Johnson, A.A., and Keller, D.J., "The Impact Fatigue Properties of Pearlitic Plain Carbon Steels," Fatigue of Engineering Materials and Structures, 4, 279, (1981).
79. Johnson, A.A., "Hexane's Threat: Vigilance is Needed," The Courier-Journal (Section D), Louisville, KY, May 10, 1981.
80. Johnson, A.A., "Justice in the Scientific Age: Another Aspect,” The Bent of Tau Beta Pi, Spring, 1982, p.10.
81. Johnson, A.A., and Keller, D.J., "Screen Failure in a Grinder Used in the Manufacture of Artificial Rubber," Proc. Intl. Symp. for Testing and Failure Analysis (San Jose, Oct. 1982), p. 226.
82. Johnson, A.A. and Johnson, D.N., "The Room Temperature Dissociation of Au3Si in Hypoeutectic Au-Si Alloys," Mater. Sci. and Eng., 61, 231, (1983).
83. Johnson, A.A. and von Fraunhofer, J.A., "Phase Diagrams in Dental Metallurgy," Bulletin of Alloy Phase Diagrams, 4, 15, (1983).
84. Johnson, D.N. and Johnson, A.A., "Surface Cracking in Gold-Silicon Alloys," Solid State Electronics, 27, 1107, (1984).
85. Von Fraunhofer, J.A. and Johnson, A.A., "Dental Materials," McGraw-Hill Yearbook of Science and Technology, 144, (1985).
86. Johnson, A.A., and von Fraunhofer, J.A., "Precious Metals," Chapter 13 of the Desktop Edition, ASM Metals Handbook (1985).
87. Johnson, D.N. and Johnson, A.A., "The Low Cycle Impact Fatigue Properties of Pearlitic Plain Carbon Steels," Fatigue of Eng. Matls. and Structures, 8, 287, (1985).
88. Johnson, A.A. and Johnson, D.N., "Interpretation of a 'Rock Candy' Fracture Exhibited by a Steel Railroad Casting," Microstructural Science, 14, 373, (1986).
89. Johnson, A.A., and Johnson, D.N., "The Metallurgy of Gold-Silicon Alloys," Microstructural Science, 14, 259, (1986).
90. Johnson, A.A., von Fraunhofer, J.A. and Jannett, E.W., "Combustion of Finned Steel Tubing During Stress Relief Heat Treatment," Journal of Heat-Treating, 4, 265, (1986).
91. Johnson, A.A., and von Fraunhofer, J.A., "Fractographic Observations on a Splined Shaft Which Failed by High Strain-Rate Torsional Overload," Surface and Coatings Technology, 29, 153 (1986).
92. Johnson, D.N., Johnson, A.A., and Keller, D.J., "A Phenomenological Model of Impact Fatigue in Pearlitic Plain Carbon Steels, "Proc. ASM Conf. on Fatigue,
Corrosion Cracking, Fracture Mechanics, and Failure Analysis: Mechanisms of Fracture, p. 451 (1986).
93. Johnson, A.A., Johnson, D.N.., and von Fraunhofer, J.A., "Macroscopy in Failure Analysis," Chapter 2 Microscopy, Fractography and Failure Analysis, Intl. Metallographic Society, (1986).
94. Johnson, A.A., Johnson, D.N. and von Fraunhofer, J.A., "Milestones in the History of Physical Metallurgy," Chapter 9, ASM Guide to Materials Engineering Data and Information (1986).
95. Von Fraunhofer, J.A., Overmeyer, T.J. and Johnson, A.A., "Improved Cutting of Tooth Enamel by Dental Burrs," Quintessence International, 18, 383, (1987).
96. Johnson, D.N., Biagtan, E.C. and Johnson, A.A., "Determination of the Solubility of Silicon in Gold and the Gold-Silicon Eutectic Composition Using a New Quantitative Metallographic Technique." Scripta Metal., 21, 1689, (1987).
97. Johnson, A.A., "Brittle Fracture of a Steel Caused by Copper Contamination", ASM Metals Handbook, Vol.12 (Fractography), Ninth Edition., p.249 (1987).
98. Hall, T.A., and Johnson, A.A., "The Solidus and Liquidus Lines in the Au-Ni Phase Diagram," J. Less Common Metals, 141, L19, (1988).
99. Johnson, A.A., "Evidence for Au-Si Bonding in Liquid Gold - Silicon Alloys From Electrical Resisivity Measurements, Solid State Communications, 76, 773 (1990).
100. Johnson, A.A., "Fractography as a Tool in Vehicular Accident Reconstruction", Proc. 1991 Collision Dynamics Seminar, Louisville, Kentucky (1991).
101. Johnson, A.A. and Lattimer, C.A., "Examination of Broken Lamp Filaments Following a Rear-End Vehicular Collision," ASM Handbook of Case Histories in Failure Analysis, Vol. I, p79 (1992).
102. Harmeling, D.E. and Johnson, A.A., "Metallurgical Theory Underlying Post- Impact Lamp Filament Examinations". J. Accident Reconstruction, 5(5), 52(1993).
103. Johnson, A.A. and von Fraunhohfer, J.A., "Mechanical Failure of a Repair Welded Ferritic Malleable Cast Iron Spring Hanger," ASM Handbook of Failure Analysis Case Histories, Vol. II, p. 76 (1993).
104. Johnson, A.A. "Fractography of an Axle Which Broke Under Combined Bending
Impact and Torsion," Transactions of the ASME: Journal of Engineering Materials and Technology, 116, 130 (1993).
105. Johnson, A.A., “Multiple Fatalities Caused by Loss of a Tractor Trailer’s Load”, Failures and the Law (Ed. H. P. Rossmanith), p. 143, E and FN Spon, London (1996).
106. Sales, K.L. and Johnson, A.A., “A Fatal Accident Caused By a Spindle/Knuckle Separation”, Failures and the Law (Ed. H.P. Rossmanith), p. 187, E and FN Spon, London (1996).
107. Johnson, A.A., “The Teaching of Failure Analysis and Accident Reconstruction”, Teaching and Education in Fracture and Fatigue, (Ed. H.P. Rossmanith), p. 81, E and FN Spon, London (1996).
108. Johnson, A.A., “The Teaching of Failure Analysis and Accident Reconstruction - Detailed Course Program”, Teaching and Education in Fracture and Fatigue, (H.P. Rossmanith), p. 331, E and FN Spon, London (1996).
109. Johnson, A.A. and Hargadon, H.L., “The Failure of the Front End of a Farm Wagon”, Proc. Symp. On Risk and Economic Evaluation on Failure and Malfunction of Systems, p.119, Lisbon, Portugal (1995).
110. Johnson, A.A. and Storey, R.J., “The Role of Gold Silicide in Gold-Silicon Alloy Die Bonding”, Proc. 10th Congress of IFHT, (Eds T. Bell and E. J. Mitteneijer) p. 553, IOM Communications (1999).
111. Johnson, A.A., “Perspectives on Design Derived from Failure Analysis”, Proc. 1st Intl. Conf. On Engg. Design and Automation (Ed. S. Nanthavanij et al), p 143, Bangkok, Thailand, (1997).
112. George, D.K., Johnson, A.A. and Storey, R.J., “Preparation of the Metastable Compound Au3Si by Quenching Liquid Droplets of a Au - 25 at % Si Alloy into Water”, Matls. Sci. and Engg., B55, 221 (1998).
113. Johnson, A.A., “Concurrent Product and Process Design to Avoid Impact Fatigue Failures”, Proc. 2nd Intl. Conf. on Engineering Design and Automation, mss 327, Maui, Hawaii (1998).
114. Johnson, A.A. and Dozier, A.K., “The Scanning Electron Microscope as a Tool in Failure Analysis and Accident Reconstruction”, “The Electron”: The Proceedings of the Centennial Symposium on the Electron, p. 397, Cambridge, 1999. Ed. A.I. Kirkland and P.D. Brown, Inst. of Materials, London (1999).
115. Johnson, A.A. and Storey, R.J., “Failure of a Southern Pine Utility Pole”, Technology, Law and Insurance, 4, 105 (1999).
116. Johnson, A.A., “The University as a Source of Expert Testimony: A Clash of Cultures”, Technology, Law and Insurance, 4, 105 (1999).
117. George, D.K. and Johnson, A.A., “Recent Advances in Understanding Au-Si Solders”, Proc. Intl. Conf. on Brazing and Welding, Los Alamos, p 595 (2000).
118. Johnson, A.A., “A Fatal Accident Caused by Aeolian Vibration Induced Fatigue of an ACSR Distribution Line”, Proc. Fatigue 2000, Cambridge, p 551 (2000).
119. Johnson, A.A., and Storey, R.J., “Frictional Behavior of a Polyurethane Rubber Sliding on Concrete: An Analysis of a Slip and Fall Accident”, Technology Law and Insurance, 5, 111 (2001).
120. Johnson, A.A., "Environmentally Conscious Design to Promote Disposability Without Environmental Damage", Proc. 6th Intl. Conf. on Engineering Design and Automation", mss 34, Maui, Hawaii (2002).
121. Johnson, A.A., “Impact Fatigue – An Emerging Field of Study”, Proc. Fatigue 203, Cambridge, England, p. 257 (2003).
122. Johnson, A.A. and Storey, R.J., “Intergranular Corrosion of a Light Aircraft Aluminum Alloy Propeller”, Jour. Of Failure Analysis and Prevention, 4(6), 19 (2004).
123. Johnson, A.A. and Storey, R.J., “Investigation of a Possible Health Hazard From Asbestos Fibers Used in Welding Electrodes”, Proc. Intl. Conf. on Trends in Welding Research, Calloway Gardens, Georgia, 2005 (in the press).
124. Johnson, A.A. and Storey, R.J., “Carbon Monoxide Poisoning in a Van Buried in Snow”, J. Accident Reconstruction, 16(6), 16(2006).
125. Johnson, A.A. and Storey, R.J., “Gamma Radiography as a Tool in Failure Analysis”, J. Failure Analysis and Prevention, 6(6), 5(2006).
126. Johnson, A.A. and Storey, R.J., “Vibration Induced Stud Failures in a Gas Turbine Exhaust Duct”, Session 14, Proc. Intl. Conf. “Fatigue 2007”, Queens College, Cambridge, England (2007)(CD).
127. Johnson, A.A. and Storey, R.J., “The Impact Fatigue Properties of Iron and Steel”, J. Sound and Vibration, 308, 458(2007).
128. Johnson, A.A. and Storey, R.J., “The Admissibility of Expert Testimony”, Proc. Intl. Conf. “Materials Science and Technology 2008”, p. 540(2008)(CD).
129. Johnson, A.A. and Storey, R.J., “The Effect of Carbon on the Charpy V-Notch Ductile Brittle Transition Curve”, Proc. Intl. Conf. on Analysis and Testing of Materials, Metallurgical Analysis, 28, Suppl. 1, 20, Beijing (2008).
130. Johnson, A.A. and Storey, R.J., “A Fatal Accident Involving the Failure of a Pearlitic Gray Cast Iron Brake Drum on an Automobile”, Proc. Intl. Conf. on Analysis and Testing of Materials, Metallurgical Analysis, 28, Suppl. 2, 1552, Beijing(2008).
131. Johnson, A.A. and Storey, R.J., “A Failure Analysis Conducted on a Fractured AISI 5160 Steel Blade Which Separated from an Agricultural Rotary Cutter”, 9th Intl. Conf. on Damage Assessment of Structures, St. Anne’s College, University of Oxford, England, Journal of Physics: Conference Series 305 (2011) 12130,
132. Johnson, A.A. and Storey, R.J., “A Fatal Accident Involving a Glass-Topped Cocktail Table”, J. Failure Analysis and Prevention, 14, 267 (2014).