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Keyword [Young’s modulus]
Result: 1 - 20 | Page: 1 of 2
1. Design And Fabrication Of High Strength And High Modulus Of Mg-RE-Si Alloys
2. Study Of Cell Structure And Compressive Deformation Process Of A Closed Cell Aluminum Foam
3. Preparation And Mechanical Properties Of Porous Titanium
4. Mechanical Characteristics Of Individual TiO2 Nanowire And TiO2 Nanowires Bundle On Micro-manipulator Nanoprobe System
5. Preparation And Performances Of Carbide Nanomaterials Generated Form Plants Templates
6. Mechanical Properties Of Heterogeneous Polymer Materials By Computer Simulation
7. Effects Of Rare Earth Element On Microstructure And Properties Of High-performance Metallic Structural Materials
8. Cluster Formulas Of Al-based Quasicrystals And The Evaluation Of Their Vickers Hardness And Young’s Modulus Via The Cluster-plus-glue-atom Model
9. Surface Effect On The Mechanical Properties Of Nanowires And Nanoplates
10. Design Of Gecko-Inspired PDMS Composite Pillar Arrays And Their Friction Properties
11. Study On The Measurement Of Thin Film’s Young’s Modulus Using LG/LD Surface Acoustic Waves
12. Composition Design Of β-(Ti,Zr)-(Mo,Sn)-Nb Alloys With Low Young’s Moduli Based On A Cluster Model And Their Properties
13. In Situ Characterization Of Mechanical Properties Of Carbon Fiber/epoxy Composites By Nanoindentation
14. Study On The Microstructure And Mechanical Properties Of Fe-Cu-Si-B-(Al) Amorphous/Nanocrystalline
15. A Study Of The Size-dependent Elastic Properties Of Silicon Carbide Nanotubes And Cadmium Selenide: First-principles Calculations
16. Texture Development And Its Effect On Anisotropy Of Young’s Modulus Of Metastableβ Type Titanium Alloy For Biomedical Applications
17. MD Simulations Of The Structure And Young’s Modulus Of Polymer-clay Nanocomposites
18. The Analysis Of Mechanical Properties Of The Carbon Nanotube Reinforced Magnesium Matrix Composite Material
19. Molecular Dynamics Simulation For Mechanical，Thermal Transport Properties Of Silicene Nanostructures
20. First-principles Study Of The Physical Properties For Graphyne Nanotubes And Graphene Nanomeshes
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