TRIP steels - Globe Thesis

Keyword [TRIP steels] Result: 1 - 20 \| Page: 1 of 2
1.	Study On The Microstructures And Mechanical Properties Of CMnAl-TRIP Steels
2.	Study On New High Strength And Super High Strength TRIP Steels
3.	Micromechanical Behavior Of TRIP Steels And Dual Phase Steels Studied By In-situ Diffraction Technique And Self-consistent Model
4.	Study On Microstructure And Properties Of Hot-Rolled Ti Microalloyed TRIP Steels
5.	Study Of Microstructure Evolution And Mechanical Properties Of Fe-11Mn Cold-rolled TRIP Steels
6.	Microstructure Evolution And Property Analyses Of High Strength TRIP Steels
7.	Micromechanical Behavior Of Trip Steels And Dual Phase Steels Studied By In-situ Diffraction Technique And Self-consistent Model
8.	Microstructure And Property Of Welds In Laser Tailor-Welded Of DP And TRIP Steels Sheets Used In Automobiles
9.	Investigations On The Evolution Of Microstructures And Properties In High Manganese TRIP Steels And The Strip Forming Techniques
10.	Characterization Of Microstructures And Mechanical Properties In High Strengh TRIP Steels And Microstructure-based Finite Element Simulation
11.	Microstructure Control And Mechanical Properties Of High Mn TRIP Steels
12.	Microstructure Control And Mechanical Properties Of Hot-rolled Microalloyed TRIP Steels
13.	Laser Welding Performance Of Advanced Automotive High Strength Steels
14.	Computer-aided Alloy Design And Experimental Research For High Performance TRIP Steels
15.	Reasearch On Microstructure And Mechanical Properties Of Cold-rolled TRIP Steel By Rapid Heating Continuous Annealing
16.	Research On High Speed Tensile Properties Of Medium-High Carbon Nanstructured TRIP Steels
17.	The Research Onannealing Organization And Mechanical Properties Of Cold-rolled Fe20Mn0.3C Steel With High Mn-content
18.	Investigation On Microstructure-properties Control And Deformation Mechanism Of Fe-Mn-Al-C TRIP Steels
19.	Investigation Of Asymmetric Rolling On Microstructures And Mechanical Properties For TRIP Steel
20.	Effect Of Strain Path Change On Mechanical Behavior Of TRIP Steels Based On Two-step Tension Experiment
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