Retained austenite - Globe Thesis

Keyword [Retained austenite] Result: 181 - 200 \| Page: 10 of 10
181.	Microstructural effects on the stability of retained austenite in Transformation Induced Plasticity steels
182.	Production, characterization and testing of Tempered Martensite Assisted Steels (TMAS) obtained via subcritical annealing of cold rolled TRIP steels
183.	Hole expansion of retained austenite containing CMnSi bainitic/martensitic steels
184.	Intercritical rolling of a niobium-bearing TRIP steel
185.	The effect of rolling contact loading on the texture of retained austenite in tapered roller bearings
186.	Investigation of mechanisms contributing to fatigue endurance of 52100 steel
187.	Microstructural changes during simulated service of case carburized tapered roller bearings with different initial retained austenite profiles
188.	Investigation of the effect of impact deformation in case-hardened steel materials
189.	Processing and properties of carbon-silicon-manganese trip steels
190.	Ausforming and resulting properties of carburized AISI 9310 steel
191.	MICROSTRUCTURE - MECHANICAL PROPERTY RELATIONSHIPS OF MARTENSITE AND LOWER BAINITE IN A 0.3% CARBON - 3% CHROMIUM - 2% MANGANESE STEEL
192.	CRYSTALLOGRAPHY OF 'LATH MARTENSITE' AND STABILIZATION OF RETAINED AUSTENITE
193.	FRACTURE TOUGHNESS OF AISI M2 HIGH-SPEED STEEL AND CORRESPONDING MATRIX TOOL STEEL
194.	Phase Transformation Kinetics And Microstructure Control In Ultra-fine Carbide-free Bainitic Steel
195.	Study On Impact-abrasion Wear Mechanism Of New Wear-resistant Steel Containing Metastable Austenite
196.	Study On The Microstructure Controlling For 690MPa Grade Anti-seismic And Fire-resistant Construction Steels
197.	Study On Fine Composition Regulation And Stabilization Of Retained Austenite In Low Carbon High Strength Steels
198.	Study Of Hydrogen Embrittlement Resistance For Hydrogen Traps In Steels Based On Microstructure Design
199.	Study Of Retained Austenite Stability And Deformation Mechanism Of A Ferrite-based Low Density Steel
200.	Investigation On The High Strength-ductility And Its Mechanism Of High Carbon Low Alloy Quenching-Partitioning-tempering Steels
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