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Keyword [Stacking-fault energy]
Result: 41 - 60 | Page: 3 of 5
41. Study On Twin Mechanism Of Severe Plastic Deformation Copper Alloy
42. Study On Plastic Deformation Mechanism And Mechanical Properties Of Ultrafine Copper - Based Alloy
43. Phase Stability, Stacking Fault Energy And Mechanical Properties Of Intermetallics From First-principles Calculations
44. Molecular Dynamics Study On The Plastic Deformation Mechanism In Hexagonal Closed-packed Metals
45. The Mechanical Properties And Microscopic Deformation Mechanisms Of Cu-Ge Alloys Produced By Severe Plastic Deformation
46. Phase Field Study On The Dislocation-based Plastic Deformation Mechanisms For Metals
47. Effects Of Stacking Fault Energy And Two-phase Microstructure On The Plasticity Deformation Mechanism In Copper Alloys
48. Creep Behaviors And Effecting Factors Of Re/Ru Containing Nickel- Based Single Crystal Superalloys
49. Generalized Stacking Fault Energy And The Properties Of Dislocations In NbCr2 And HfCr2
50. Influence Of Ru Element On Microstructure And Creep Property Of A Single Crystal Nickel-based Superalloy
51. Investigation On High Cycle Fatigue Performance Of Ultrafine Grained Cu-Al Alloys
52. Research On Thermodynamic Calculation And Microstructure-mechanical Properties Of Fe-Mn-Al-C Low Density Steel
53. The Effect Of Chromium Content On Microstructure And Mechanical Property Of Fe-Mn-Cr-C TWIP Steel
54. Interfacial Structure And Mechanical Propertiesof Superhard Nano-multilayers:a First-principle Study
55. First-principle Study On Diffusion And Aggregation Behavior Of Hydrogen Atoms In Austenite Steel
56. Investigation On Severe Plastic Deformation Of Face-centered Cubic Metals And The Limits Of Refinement
57. Theoretical Study Of The Dislocation Sliding Mechanisms Of Magnesium And Its Alloys
58. Mechanical Behaviors Of Nanostructured FCC Metals With Low Stacking Fault Energy
59. The Effect Of Stacking Fault Energy On Microstructure And Texture Evolution Of Cold Drawn FCC Metals
60. The Microstructural Design And Control Of High Strength And High Electrical Conductivity Cu(Cr)Zr Alloys
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