Font Size: a A A
Keyword [Carbide Tool]
Result: 41 - 60 | Page: 3 of 4
41. Study On GH4169 Tool-chip Interface Diffusion Mechanism Of Carbide Tool Cutting Based On Molecular Dynamics Simulation
42. Simulation Study On Wear Characteristics Of Carbide Tool Cutting High Strength Steel
43. The Coupling Effect Of Micro-textures And Nanofluids On Cutting Performance Of Cemented Carbide Tools
44. Research On Wear Mechanisms Of Coated Cemented Carbide Tool In Turning Of Titanium Alloy
45. Study On Wear Mechanism Of PVD Carbide Tool Cutting Natural Sandstone
46. Experimental Research On Dry Turning Of TC4 With (W,Mo)C-Al2O3 Unbonded Phase Tool
47. Experimental Study And Simulation Analysis Of Fatigue Failure Of Milling High Strength Steel With Carbide Tools
48. Mechanical And Cutting Performance Of DLC Composite Coated Tools
49. Research On Element Diffusion And Bonding Breakage Of Cemented Carbide Tools Based On Molecular Dynamics
50. Study On Damage Characteristics Of Carbide Tool Material Under Heavy Cutting Heat
51. SPS Sintering Process And Properties Of Ultra-fine Grained WC-based Cemented Carbide Tool Materials
52. Research On Cutting Performance And Tool Reliability During Milling Of Compacted Graphite Iron By Coated Cemented Carbide Tool
53. Multi-Scale Characterization And Simulation Of Damage Evolution Behavior Of Carbide Tools
54. Microstructure Studies Of Cemented Carbide Tool Coatings
55. Optimization Of Process Parameters For Turning 40Cr Steel With Electromagnetic Strengthened YT15 Cemented Carbide Tool
56. Research On Tool Wear Property Of YG8 Cemented Carbide For Turning Of TC4 Titanium Alloy After Pulsed Electromagnetic Coupling Processing
57. Micro Wear Mechanism Of TiAlN Coated Carbide Tool In 93W Machining
58. Research On Wear State Detection Of Cemented Carbide Tool Based On IWOA-SVM
59. Study On Mechanism And Experiment Of Carbide Tool Passivation Based On Erosion Wear
60. Preparation And Cutting Performance Of Al2O3/La2O3/WC Binderless Cemented Carbide Tool Material
  <<First  <Prev  Next>  Last>>  Jump to