Font Size: a A A
Keyword [Indentation method]
Result: 1 - 20 | Page: 1 of 2
1. Manufacture And Research On The Mechanical Properties Of Alumina-based Diphase Ceramics
2. Research On Welding Residual Stress Testing Technology For Ni-based Alloy
3. Evaluation Technique Of Mechanical Properties For Ceramic Films Or Coatings
4. Research On Material Micro-Nano Indentation Hardness Measurement Simulation
5. Numerical Simulation And Experimental Verification For The Residual Stress Distribution Of Brazed Joints Between Tungsten And Ferrtic Steel
6. Research On Material Micro-nano Indentation Hardness Measurement Simulation
7. Indentation Testing Method To Obtain Uniaxial Constitutive Relationships Of Materials
8. Gradient Design And Application Of Self-lubricating Ceramic Tool Material
9. An Investigaton On Measuring Young’s Modulus Of Low-elasticity Polyacrylamide Hydrogels
10. A Modified Indentation Method And Characterization Of Thermal Barrier Coatings Under High-temperature By Vickers Indentation
11. Experiment Investigation On Surface Residual Stress In Dry Machining And It's
12. Research On Fracture Mode And Fracture Toughness Of Typical Engineering Ceramics
13. An Investigation On Measuring Young's Modulus Of Low-elasticity Hydrogels
14. Study On Deformation And Damage Behavior Of Metallic Carbide Carbide Coatings Based On The Indentation And Falling Ball Impact
15. Research On The Machining Technology Of Microstructures On SERS Substrates Tip-based On The Arrayed Indentation Method
16. The Research Of Mechanical Properties For The Surface Modification Layer With Indentation Method And Experiment
17. Investigation Of Ultra-early Stage Elastic Modulus Of Cement-based Materials By Indentation Method
18. Study On Local Residual Stress At Impact Pit Defect On Surface Of 2A12 Aluminum Alloy
19. Effect Of Strain Hardening On Driving Force Of SCC Propagation In 304 Stainless Steel
20. The Three-Dimensional Mineral Characteristics Of Sinter Ore And Its Influence On Metallurgical Properties
  <<First  <Prev  Next>  Last>>  Jump to