long-term aging - Globe Thesis

Keyword [long-term aging] Result: 1 - 20 \| Page: 1 of 3
1.	Effects Of Isothermal Heat-treatment On Microstructure Evolution And Mechanical Properties Of K4169 Super-alloy
2.	Investigation On The Microstructure And Mechanical Properties Of A Ni-based Single Crystal Superalloy
3.	Effect Of Heat Treatment And Long-Term Aging On Microstructure And Creep Property Of FGH95 Superalloy
4.	The Microstructure Evolution And Mechanic Properties Of Superalloy GH4586B After Long-term Aging
5.	Study On Life Prediction And Structural Stability Of Advanced Power Plant Heat-resistant Steel
6.	Influence Of Long-term Aging On The Microstructure Evolution Behavior And Low Cycle Fatigue Of GH4169Alloy
7.	Effect Of Long-term Aging On Microstructure Evolvement And Fatigue Crack Growth Behavior Of GH4169Alloy
8.	Research On Microstructure Stability Of740H Alloy Used For A-USC Boilers
9.	The Microstructure Evolution And Mechanic Properties Of Superalloy Gh4586b After Long-term Aging
10.	Dynamic Recrystallization Behavior And Effect Of Long-term Aging On Fatigue Crack Growth Rate Of GH4586Superalloy
11.	Near-threshold Fatigue Crack Growth Behavior In Welded Joint Of NiCrMoV Rotor Steel
12.	Study On The Microstructure Evolution And Mechanic Properties Of Superalloy Hastelloy C-276after Long-term Aging
13.	Study On Microstructure And Mechanical Properties Of 9%Cr Ferrite Heat-Resistant Steel Weld Metal After Aging
14.	Study On Microstructure And Properties Of Havnes282 Heat Resistant Alloy
15.	Effect Of Ti Content On Microstructure And Properties Of LF2 Valve
16.	The Study Of Microstructure And Properties Of A Corrosion Resistant Nickel-base GH3535 Superalloy
17.	Long-term Aging Behavior Of Soil Added Nickel And Copper And Ecological Thresholds Based On Extractable Copper In Soils
18.	Strengthening Mechanism Of K4750 Alloy For The Large Skew Plate Bearing Frame Application
19.	Microstructural Evolution And Recrystallization Behavior Of Directionally Solidified DZ125 Superalloy
20.	Microstructure Evolution And Thermal Fatigue Of DD5 Nickel-based Single Crystal Superalloy
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