cold rolling reduction - Globe Thesis

Keyword [cold rolling reduction] Result: 1 - 19 \| Page: 1 of 1
1.	The Effects Of Cold Rolling Reductions On Microstructure And Texture Of Ti+P-IF Steel
2.	The Development Of Cold Rolling Process For Fine Grain High-strength IF Steel
3.	Effect Of Cold Rolling Reduction On Mechanical Properties Of Low Carbon Al-Killed Steel Sheet
4.	Study On Microstructures And Deep-Drawabilities Of Aluminum Killed Low-Carbon Steel Sheets During Single Stand Reversing Cold Rolling
5.	Research Of Crystallographic Textures And Magnetic Property In Rolled And Recrystallized Fe-Ga Sheet
6.	Investigation On The Roughness Of Plate And Strip Based On Crystal Plasticity Theory
7.	Study On Deformation And Recrystallisation Texture In High Silicon Steel Sheet Under Different Cold Rolling Reduction
8.	Study On The Effects Of Different Cold-rolling Reduction On The Texture Development Of Grain-oriented Silicon Steel
9.	Study On Preparation Of Nano/micro-scale Ultrafine Grained Low Carbon Steel By Cold Rolling And Annealing
10.	The Texture Evolution Of 3.0%Si Grain Oriented Silicon Steel In The Preparation Process
11.	Study On Texture Evolution And Grain Boundary Distribution Of 301L Stainless Steel Under Different Cold Rolling Reduction Ratios
12.	The Research Of The Formation Process Of The Intracrystalline Shear Bands In Fe/Fe And Fe/Ni Laminated Composite
13.	Research On Reduction Rate Control Of Thin-Gauge Grain-Oriented Silicon Steel
14.	Research On The Process Of Low-cost Third-generation Automotive Steel
15.	Microstructure And Properties Of 6Cr13 Martensitic Stainless Steel Under Different Rolling Reduction Rates
16.	Evolution Of Microstructure And Texture During Rolling Process Of Low Temperature Oriented Silicon Steel
17.	Study On Deformation And Recrystallization Texture Of Ti-26 At.%Nb Alloy Sheet
18.	Effects Of Cold Rolling And Heat Treatment Process On Microstructures And Properties Of Food-grade Tinplate
19.	The Evolution Of The Microstructure Of The Shear Bands And The Orientation Of The Nucleation At Shear Bands In Fe-3%Si-0.02%C
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