J. Wayne Jones

Professor Emeritus

jonesjwa@umich.edu

2022 Gerstacker

T: (734) 764-7503

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Publications

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Publications

  1. Saddock, N, Suzuki, A, Wu, K, Wildy, S, Change, Y, Pollock, T, and Jones, J (2005). Solidification and Microstructure of Mg - Al - (Ca, Sr, Ce, La) Ternary AlloysMagnesium Technology 2005:121-126.

  2. Shyam, A, Allison, J, and Jones, J (2005). Modeling Small Fatigue Crack Growth in Cast Aluminum AlloysProceedings of 11th International Conference on Fracture (ICF 11).

  3. Shyam, A, Allison, J, and Jones, J (2005). A Small Fatigue Crack Growth Relationship And Its Application To Cast AluminumActa Materialia, 53(5):1499.

  4. Shyam, A, Torbet, C, Jha, S, Larsen, J, Caton, M, Szczepanski, C, Pollock, T, and Jones, J (2005). Development of ultrasonic fatigue for rapid high temperature fatigue studies in turbine engine materialsMaterials Damage Prognosis:247-252.

  5. Suzuki, A, Saddock, N, Jones, J, and Pollock, T (2005). Solidification Paths And Eutectic Intermetallic Phases In Mg-Al-Ca Ternary AlloysActa Materialia, 53(9):2823.

  6. Suzuki, A, Saddock, N, Jones, J, and Pollock, T (2005). Phase Transformation and Creep of Mg-AI-Ca Based Die-Cast AlloysMagnesium Technology 2005:111-116.

  7. Szczepanski, C, Shyam, A, Jha, S, Larsen, J, Torbet, C, Johnson, S, and Jones, J (2005). Characterization of the role of microstructure on the fatigue life of Ti-6Al-2Sn-4Zr-6Mo using ultrasonic fatigueMaterials Damage Prognosis:315-320.

  8. Chadha, G, Allison, J, and Jones, J (2004). The role of microstructure and porosity in ductility of die cast AM50 and AM60 magnesium alloysMagnesium Technology 2004:181-186.

  9. Moore, AR, Torbet, CJ, Shyam, A, Jones, JW, Walukas, DM, and Decker, RF (2004). Fatigue behavior of thixomolded magnesium AZ91D using ultrasonic techniquesMagnesium Technology 2004:263-268.

  10. Shyam, A, Picard, Y, Jones, J, Allison, J, and Yalisove, S (2004). Small Fatigue Crack Propagation From Micronotches In The Cast Aluminum Alloy W319Scripta Materialia, 50(8):1109.

  11. Shyam, A, Torbet, C, Jha, S, Larsen, J, Caton, M, Szczepanski, C, Pollock, T, and Jones, J (2004). Development of Ultrasonic Fatigue for Rapid, High Temperature Fatigue Studies in Turbine Engine MaterialsSuperalloys 2004:259-268.

  12. Suzuki, A, Saddock, N, Jones, J, and Pollock, T (2004). Structure And Transition Of Eutectic (Mg,Al)(2)Ca Laves Phase In A Die-Cast Mg-Al-Ca Base AlloyScripta Materialia, 51(10):1005.

  13. Weakley-Bollin, S, Donlon, W, Wolverton, C, Jones, J, and Allison, J (2004). Modeling The Age-Hardening Behavior Of Al-Si-Cu AlloysMetallurgical And Materials Transactions A-Physical Metallurgy And Materials Science, 35a(8):2407.

  14. Zhu, X, Shyam, A, Jones, J, Mayer, H, Lasecki, J, and JE, A (2004). Elevated temperature fatigue behavior of a 319 cast aluminum alloy in the gigacycle regimeProceedings, Third International Conference on Very High Cycle Fatigue (VHCF-3):553-560.

  15. Caton, M, Jones, J, Mayer, H, Stanzl-Tschegg, S, and Allison, J (2003). Demonstration Of An Endurance Limit In Cast 319 AluminumMetallurgical And Materials Transactions A-Physical Metallurgy And Materials Science, 34(1):33.

  16. Chadha, G, Wu, A, Chen, Q, Jones, J, Pollock, T, and De Graef, M (2003). In-situ and Ex-situ Surface Displacement MeasurementsProc. Soc. Experimental Mechanics.

  17. Moreno, I, Nandy, T, Jones, J, Allison, J, and Pollock, T (2003). Microstructural Stability And Creep Of Rare-Earth Containing Magnesium AlloysScripta Materialia, 48(8):1029.

  18. Nandy, T, Jones, J, Pollock, T, Walukas, D, and Decker, R (2003). Blended Magnesium Alloys Produced by the Thixomolding ProcessMetallurgical and Materials Transactions A, 34A(1):33-41.

  19. Moreno, I, Nandy, T, Jones, J, Allison, J, and Pollock, T (2002). Microstructure and creep behavior of a die cast magnesium-rare earth alloyMagnesium Technology 2002:111-116.

  20. Caton, M, Jones, J, and Allison, J (2001). The Influence Of Heat Treatment And Solidification Time On The Behavior Of Small-Fatigue-Cracks In A Cast Aluminum AlloyMaterials Science And Engineering A-Structural Materials Properties Microstructure And Processing, 314(1-2):81.

  21. Harding, T and Jones, J (2001). Evaluation Of A Threshold-Based Model Of The Elevated-Temperature Fatigue Of Impact-Damaged Gamma-TialMetallurgical And Materials Transactions A-Physical Metallurgy And Materials Science, 32(12):2975.

  22. Moreno, I, Nandy, T, Jones, J, Allison, J, and Pollock, T (2001). Microstructural Characterization Of A Die-Cast Magnesium-Rare Earth AlloyScripta Materialia, 45(12):1423.

  23. Moreno, IP, Allison, JE, and Jones, JW (2001). Creep and bolt-load retention behavior of a die cast Mg-rare earth alloyMagnesium Technology 2001:145.

  24. Smith, R, Harding, T, Jones, J, Steif, P, and Pollock, T (2001). The role of impact damage and fatigue strength reduction in gamma titanium aluminide alloysStructural Intermetallics 2001:259-268.

  25. Steif, P, McKenna, V, Jones, J, Smith, R, Harding, T, and Gilchrist, A (2001). Accounting for small particle impact in the design of gamma -TiAl turbine bladesStructural Intermetallics 2001:363-370.

  26. Caton, M, Jones, J, and Allison, J (2000). Use of a Small-Crack Fracture Mechanics-Based Model for Predicting the S-N Response of Cast Aluminum AlloysFatigue Crack Growth Thresholds, Endurance Limits, and Design:285-303.

  27. Chawla, N, Andes, C, Davis, L, Allison, J, and Jones, J (2000). The interactive role of inclusions and SiC reinforcement on the high-cycle fatigue resistance of particle reinforced metal matrix compositesMetallurgical and Materials Transactions A, 31A(3A):951.

  28. Chawla, N, Habel, U, Shen, Y, Andres, C, Jones, JW, and Allison, JE (2000). The effect of matrix microstructure on the tensile and fatigue behavior of SiC particle-reinforced 2080 Al matrix compositesMetallurgical and Materials Transactions A, 31A(2):531.

  29. Cloutier, C, Jones, J, and Allison, J (2000). The Effect of Copper Level and Solidification Rate on the Aging Behavior of a 319-Type Cast Aluminum AlloySAE International.

  30. Harding, T and Jones, J (2000). The Effect Of Impact Damage On The Room-Temperature Fatigue Behavior Of Gamma-TialMetallurgical And Materials Transactions A-Physical Metallurgy And Materials Science, 31(7):1741.

  31. Harding, T and Jones, J (2000). Fatigue Thresholds Of Cracks Resulting From Impact Damage To Gamma-TialScripta Materialia, 43(7):623.

  32. Harding, T and Jones, J (2000). Effect Of Foreign Object Damage On The Fatigue Strength Of An Xd (Tm) Gamma-Tial AlloyScripta Materialia, 43(7):631.

  33. Caton, M, J, J, and Allison, J (1999). A Study of Small Fatigue Crack Growth in Cast Aluminum and Prediction of Fatigue PropertiesSmall Fatigue Cracks: Mechanics, Mechanisms and Applications:155-166.

  34. Caton, M, Jones, J, Boileau, J, and Allison, J (1999). The Effect Of Solidification Rate On The Growth Of Small Fatigue Cracks In A Cast 319-Type Aluminum AlloyMetallurgical And Materials Transactions A-Physical Metallurgy And Materials Science, 30(12):3055.

  35. Chawla, N, Jones, J, and Allison, J (1999). Elevated temperature tensile and fatigue behavior of particle reinforced metal matrix compositesFatigue '99: Seventh International Fatigue Congress:1465-1470.

  36. Cloutier, C, Reeber-Schmansky, P, JW, J, and Allison, J (1999). A Process Model for the Age Hardening of a 319-Type Aluminum AlloyAutomotive Alloys III.

  37. Harding, T and Jones, J (1999). Behavior Of Gamma Tial Subjected To Impact Damage And Elevated Temperature FatigueScripta Materialia, 42(2):129.

  38. Harding, T, Jones, J, Larsen, J, and Steif, P (1999). Influence of impact damage on the elevated temperature fatigue behavior of gamma titanium aluminide alloysSecond International Symposium on Gamma Titanium Aluminides (ISGTA) 1999:527-534.

  39. Harding, T, Jones, J, Steif, P, and Pollock, T (1999). Room Temperature Fatigue Response Of Gamma-Tial To Impact DamageScripta Materialia, 40(4):445.

  40. Chawla, N, Andres, C, Jones, J, and Allison, J (1998). Effect Of SiC Volume Fraction And Particle Size On The Fatigue Resistance Of A 2080 Al/Sicp CompositeMetallurgical And Materials Transactions A-Physical Metallurgy And Materials Science, 29(11):2843.

  41. Chawla, N, Andres, C, Jones, J, and Allison, J (1998). Cyclic Stress-Strain Behavior Of Particle Reinforced Metal Matrix CompositesScripta Materialia, 38(10):1595.

  42. Harding, T, Jones, J, Pollock, T, and Steif, P (1998). The Effects of Impact Damage on the Fatigue Properties of Gamma TiAlProc. of the Paris Symp. on Fatigue of Structural Materials:499.

  43. Sohn, K, Yurko, J, Chen, F, Jones, J, and Allison, J (1998). Creep and bolt-load retention behavior of die-cast magnesium alloysAutomotive Alloys II:81-90.

  44. Sohn, K, Yurko, J, Jones, J, Kearns, F, and Allison, J (1998). Bolt Load Retention Behavior of Die-Cast AZ91D and AE42 MagnesiumSAE Paper 80090.

  45. Harding, T, Jones, J, Pollock, T, Steif, P, and Rubal, M (1997). Impact damage and fatigue behavior of gamma TiAlHigh Cycle Fatigue of Structural Materials:499-511.

  46. Steif, P, Jones, J, Harding, T, Rubal, M, Gandelsman, V, Biery, N, and Pollock, T (1997). Surface damage due to impact and fatigue strength reduction in gamma titanium aluminidesStructural Intermetallics 1997:435.