hot working - Globe Thesis

Keyword [hot working] Result: 101 - 120 \| Page: 6 of 9
101.	Study On Dislocation Density And Microstructure Evolution Of Hot Working Process Of 7A85 Aluminum Alloy
102.	Hot Deformation Mechanism Of New High-speed Steel Work Roll Blank And Optimization Of Cogging Process
103.	Effect Of Trace Ce On The Microstructures Of High-level Pipeline Steel During Hot-working
104.	Characterization And Verification Of The Hot Working Processing Windows Of GH2907 Superalloy
105.	Study On Fine Crystal Heat Treatment Diagram And Dynamic Recrystallization Behavior Of TC4 Titanium Alloy
106.	Study On The Thermal Tensile Deformation Behavior And Microstructure Evolution Of Bimodal Non-basel Textured AZ31 Magnesium Alloy Sheet
107.	Effect Of Hot Working Process On Microstructure Of GH4698
108.	Study On Wear Mechanism Of Extrusion Container And Its Influencing Factors
109.	Study On Optimization Of Alloy Composition And Wear Properties Of New H13 Hot Working Die Steel
110.	High Temperature Wear Behavior And Mechanism Of Hot-working Die Steels
111.	Hot Deformation Behavior And Microstructure Of Spray Forming 2195 Al-li Alloy
112.	Effect Of Rare Earth Elements(Ce,Y,Gd)on The Microstructure And Evolution Of ZK Magnesium Alloy
113.	Study On Softening Characteristics In Hot Working Process And Heat Treatment Process Of P91 Steel Tube
114.	Preparation And Properties Of High Temperature Anti-oxidation Coatings For Hot Processing
115.	Study On The Effect Of Mn On The High Temperature Thermal Deformation Behavior Of 23% Cr-section Ni Duplex Stainless Steel
116.	Study On The Microstructure And Mechanical Properties Of 7Cr4Mo3W2V1 Hot Work Die Steel
117.	The Static Softening Behavior And Microstructure Evolution Of High-strength Aluminum Alloy During Hot Working
118.	The Thermal Deformation Behavior Of High Cr-Co-Mo High Temperature Bearing Steel And The Evolution Of The Microstructure During Heat Treatment
119.	Effect of microalloying on microstructure and hot working behavior for AZ31 based magnesium alloy
120.	Hot Working Characteristics of AISI 321 in Comparison to AISI 304 Austenitic Stainless Steels
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