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Keyword [Surface integrity]
Result: 161 - 180 | Page: 9 of 10
161. Machining Mechanism And Technical Experiment Study On Micro Mill-Grinding
162. Laser Irradiation Effect And Material Removal Mechanism In Hybrid Grinding Of Zirconia Ceramics
163. Research On A New Principle Involving A Double-Side Displacement-Shift-Rotation Surface Lapping Method And The Surface Integrity
164. High-speed Machinability Evaluation Method Of Difficult-to-machine Material For Fatigue And Corrosion Resistance
165. Study Of Turned Surface Integrity And Anti-fatigue Turn Processing Technology For GH4169 Super Alloy
166. Research On Formation Mechanism And Mechanical Properties Of Laser Shock Peening Induced Gradient Microstructure
167. Research On Material Removal Mechanisms And Surface Integrity For Abrasive Belt Rail Grinding
168. Fundamental Research On Machining Of Ti2AlNb Intermetallic Alloys
169. A Study On Surface Integrity Of Nickel Based Superalloy Inconel 718 Under Robotic Belt Grinding
170. Dynamic Behaviors In Orbital Grinding Of Crankshaft Pin And Their Influence On Precision And Surface Integrity
171. Ultrasonic Vibration Assisted Grinding Mechanism And Processing Technology On Low Expansion Optical Glass
172. Study On The Formation Echanism And Characterization Method Of Micro Cutting Burr
173. Surface Integrity And Corrosion Behavior Of Milled Al-Li Alloy 2A97
174. Research On The Mechanism And Surface Integrity In Laser-assisted Milling Of AerMet100 Steel
175. Small Hole Drilling Performance Study Of New ?-type Titanium-zirconium-niobium Alloy For Biomedical Purposes
176. Surface Integrity Of Stainless Steel By Mechanical Grinding And Corrosion Resistance
177. Design And Application Of Electrochemical Stripping In A Gear Steel
178. Influences Of Cutting Fluid Conditions And Cutting Parameters On Surface Integrity Of Inconel-718 Under Dry And High Pressure Coolant (HPC)Machining
179. Study On Surface Integrity For Machining Superalloy With High-pressure Coolant By PCBN Tools
180. Experimental Analysis On Surface Integrity Of Orthogonal Turning Titanium Alloy Ti-6Al-4V Under High-Pressure Coolant
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