Precipitation strengthening - Globe Thesis

Keyword [Precipitation strengthening] Result: 1 - 20 \| Page: 1 of 7
1.	Research And Development Of A High Strength Micro-alloyed Steel With Yield Strength Of 700MPa
2.	Solid-solution Aging And Electronic Structure Of Mg-5wt%Sn Alloy
3.	Study On The Microstructures And Mechanical Properties And The Fracture Behavior Of The Al-Zn-Mg-Cu-Zr Alloys
4.	Preparation And Relative Basic Research On The Copper Alloy With High Strength And High Conductivity
5.	Study On Strengthening Mechanism Of Mo And Replacement Of Mo In Fire-resistant Steel
6.	Study On Microstructure, Properties And Mechanism Of Cu-Zn-Cr Alloy During Precipitation Process
7.	Influence Of Microalloying On Microstructure And Properties Of Rephosphorized Cold-rolled Structural Steel Sheet
8.	Effect Of Cu And Nb On Microstructure And Tensile Strength Of Multi-Layer Weld HASL Steel
9.	Study On Properties And Mechanism Of Cu-Zn-Cr
10.	The Study On High-strength Steel By Precipitates Of Nano-size
11.	Ductile-brittle Transition Behavior Of Heat-affected Zone In Copper Precipitation Strengthening Steel
12.	Heat Treatment And Strengthening Mechanism Of New-type High Strength Magnesium Alloys Containing Rare Earth Elements
13.	Research And Development Of Ti-alloyed Ⅳ Rebar
14.	The Influence Of ZrC Particles, Y And La On The Microstructure And Properties Of A Kind Of HSLA Steel
15.	Research On TMCP Process Of A Grade Q390 Type HSLA Steel Plate
16.	Effect Of Trace Elements On The Mechanical Properties And Microstructure Of 18 Wt.% Nickel Maraging Steel
17.	Effect Of Cu Content On Microstructure And Mechanical Properties Of AMS 6308 Steel
18.	Study On Microstructure Transformation And Strengthening Mechanism Of Vanadium Microalloyed Carbon Non - Quenched And Tempered Steel
19.	Microstructure And Mechanical Properties Control Of Ti-bearing Hot Rolled High Strength Steel Under Ultra Fast Cooling Conditions
20.	Research On Microstructural Evolution And Strengthening Mechanisms Of Nb-Ti Micro-alloy Steel Under Ultra Fast Cooling
<<First <Prev Next> Last>> Jump to