H13 Steel - Globe Thesis

Keyword [H13 Steel] Result: 121 - 140 \| Page: 7 of 7
121.	Effect Of Elemental Ce On The Behavior Of The Large-sized Primary Carbides In H13 Steel
122.	Control And Improvement Of Dendritic Segregation And Primary Carbide In H13 Steel Processed By Electroslag Remelting
123.	Composition Optimization Of H13 Hot Work Die Steel And Microstructure And Properties Research
124.	Research On Effect Of RE-Mg Treatment On Microstructure And Properties Of H13 Steel
125.	Effect Of Rare Earth Ce On Microstructure And Thermal Fatigue Properties Of H13 Steel
126.	Numerical Simulation And Performance Optimization Of Hot Deformation Process Of H13 Die Steel
127.	Study On Microstructure Evolution And Mechanical Properties Of H13 Steel Fabricated By Selective Electron Beam Melting
128.	Study On Powder Reuse And Oxide Precipitation Behavior Of H13 Steel Manufactured Via Selective Electron Beam Melting
129.	Study On Numerical Simulation Of Thermal History And Microstructure Of H13 Steel Formed By SEBM
130.	Research On New Induction Boronizing Technology Of Axial Special-shaped Structure Based On Multi-field Coupling Effect
131.	Preparation Technology And Tribological Properties Of Ni-based Self-lubricating Coating On H13 Steel Surface
132.	Effect Of Mg,RE Treatment On Microstructure And Properties Of H13 Steel
133.	On-line Monitoring Of Argon Arc Remelting Of H13 Steel And Study On The Effect Of Isothermal Treatment
134.	Performance Of TiAlSiN Coating On Die Steel Deposited By Magnetron Sputtering
135.	TBM Hob Tool Ring With H13 Steel Surfacing Remanufacturing Preheating And Tempering Process Research
136.	In-situ NbC/H13 Steel Matrix Composites For Wear And Corrosion Resistance
137.	Study On Microstructure And Properties Of H13 Steel Modified By Laser Quenching And Nitriding
138.	Microstructure And Mechanical Properties Of H13 Steel Fabricated By Selective Laser Melting And Heat Treatment
139.	Research On The Prediction Of Residual Stress On The Surface Of H13 Steel By Hybrid Modelin
140.	Effect Of QPQT Treatment On The Microstructure And Thermal Fatigue Properties Of H13 Hot Working Die Stee
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