quenching-partitioning - Globe Thesis

Keyword [quenching-partitioning] Result: 1 - 20 \| Page: 1 of 3
1.	High Product Of Strength And Elongation Of Steels Treated By Quenching-PartitioningTempering Process And The Mechanism Of Strength And Ductility
2.	High Strength-ductility And Engineering Realization Of A Novel Quenching-Partitioning-Tempering (Q-P-T) Steel
3.	Microstructure-based Finite Element Simulation Of Strain-induced Martensitic Transformation
4.	Heat Treatment Of A New Type Of Modified Ultrahigh Carbon Wear-resistant Steel
5.	Influence Of The Surface Groove Morphology On The Mechanical Behavior And Formability Of Q-P-T Steels
6.	A New Q-P-T Heat Treatment Process Of Research
7.	A Study Of Cast Steels And Heat Treatment For Trough Walls Of Scraper Conveyors
8.	The Mechanism Of Hydrogen Embrittlement And Improvement Method For Q-P-T Steel
9.	Martensitic Transformation Crystallography And Finite Element Simulation Of Microstructure In Steels
10.	Mechanism Of Ductility Enhancement Of An Advanced High Strength-ductility Q-P-T Steel And Its Dynamic Mechanical Properties
11.	Research On Microstructures And Properties Of Quenching-partitioning-tempering Medium Carbon Steels With The Addition Of Nb And Cu
12.	Influence Of Novel Q-P-T Process And Traditional Q&t Process On Residual Stress And Structure And Properties
13.	Investigations On Hot Stamping Technology Based On Quenching&Partitioning (Q&P) Process
14.	Research On Microstructures And Mechanical Properties Of Hot Rolled Quenching And Partitioning Steels With Trip Effect
15.	Study Of Q&P Heat Treatment On Microstructure And Properties Of Low Alloy Wear Resistant Steel
16.	Research On The Quenching- Partitioning(Q&P)steel Microstructure And Properties
17.	Microstructures And Properties Of Nitrided Metastable 38CrMoAl Steel
18.	Microstructure And Mechanical Properties Of Low Carbon Silicon Manganese Steel Treated By Austempering And By Quenching-Partitioning Processes
19.	Study On Deformation Mechanism Of Medium Manganese Steel Based On Q-P-T Process
20.	The Relationship Between Microstructure And Properties Of Bainite/Martensite Multiphase Steel Under New Heat Treatment Process
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