A finite element model of the effects of primary creep in an Al-SiC metal matrix composite Steven L. AtkinsJeffery C. Gibeling OriginalPaper Pages: 3067 - 3079
Micromechanics effects in creep of metal-matrix composites L. C. DavisJ. E. Allison OriginalPaper Pages: 3081 - 3089
An approach to the design of composites for service at elevated and nonsteady temperatures Karim F. ElfishawyGlenn S. Daehn OriginalPaper Pages: 3091 - 3105
The effect of particle reinforcement on the creep behavior of single-phase aluminum P. E. KrajewskiJ. W. JonesJ. E. Allison OriginalPaper Pages: 3107 - 3118
Creep strengthening in a discontinuous SiC-Al composite Kyung-Tae ParkFarghalli A. Mohamed OriginalPaper Pages: 3119 - 3129
Mechanical behavior and failure micromechanisms of Al/Al2O3 composites under cyclic deformation P. PozaJ. Llorca OriginalPaper Pages: 3131 - 3141
The effect of matrix microstructure on cyclic response and fatigue behavior of particle- reinforced 2219 aluminum: Part I. room temperature behavior G. M. VyletelJ. E. AllisonD. C. Van Aken OriginalPaper Pages: 3143 - 3154
The effect of matrix microstructure on cyclic response and fatigue behavior of particle-reinforced 2219 aluminum: Part II. Behavior at 150 °C G. M. VyletelD. C. Van AkenJ. E. Allison OriginalPaper Pages: 3155 - 3162
Comparison of the growth of individual and average microcracks in the fatigue of Al-SiC composites E. Y. ChenL. LawsonM. Meshii OriginalPaper Pages: 3163 - 3176
Short crack growth behavior in a particulate-reinforced aluminum alloy composite Chingshen LiF. Ellyin OriginalPaper Pages: 3177 - 3182
Acoustic emission during fatigue crack propagation in SiC particle reinforced Al matrix composites A. NiklasL. FroyenL. Delaey OriginalPaper Pages: 3183 - 3189
Effect of thermal residual stresses on fatigue crack opening and propagation behavior in an Al/SiC p metal matrix composite M. E. FitzpatrickM. T. HutchingsP. J. Withers OriginalPaper Pages: 3191 - 3198
Fatigue crack growth behavior of composites A. K. VasudévanK. Sadananda OriginalPaper Pages: 3199 - 3210
An evaluation of fiber-reinforced titanium matrix composites for advanced high-temperature aerospace applications James M. LarsenStephan M. RussJ. W. Jones OriginalPaper Pages: 3211 - 3223
Materials characterization of silicon carbide reinforced titanium (Ti/SCS-6) metal matrix composites: Part I. Tensile and fatigue behavior P. K. LiawE. S. DiazD. H. Loh OriginalPaper Pages: 3225 - 3247
Materials characterization of silicon carbide reinforced titanium (Ti/SCS-6) metal matrix composites: Part II. Theoretical modeling of fatigue behavior K. T. ChiangD. H. LohE. S. Diaz OriginalPaper Pages: 3249 - 3255
Modeling the minimum creep rate of discontinuous lamellar- reinforced composites Michael F. BartholomeuszJohn A. Wert OriginalPaper Pages: 3257 - 3264
Creep-fatigue life prediction of in situ composite solders C. G. KuoS. M. L. SastryK. L. Jerina OriginalPaper Pages: 3265 - 3275
Microstructural changes in HSLA-100 steel thermally cycled to simulate the heat-affected zone during welding G. SpanosR. W. FondaA. Matuszeski OriginalPaper Pages: 3277 - 3293