Structural and textural control in high strength dual phase steels - DTU Orbit

‹ Back to search result

Structural and textural control in high strength dual phase steels

Project: PhD

With the same participants

Prediction of Stainless Steel Performance After Forming and Finishing
Project: PhD
Thermal Stability of Tungsten
Project: PhD
Thermal Stability of Tungsten
Project: PhD
Yield point phenomenon and formability of nanometals
Project: PhD
Kinetics of coarsening during annealing
Project: PhD
Development of long cube textured metal substrates suitable for reel-to-reel processing and applications under both ac and dc conditions
Project: PhD
3D Studies of Coarsening Kinetics of Individual Grains
Project: PhD
Recovery and recrystallisation of nanostructured metals - mechanisms and kinetics
Project: PhD
Synchrotron studies and modelling of the dynamics of dislocation structures
Project: PhD
Effect of Grain Orientation on Dislocation Structures at Large Strains
Project: PhD

Azuma, Masafumi (Phd Student)
Winther, Grethe (Supervisor)
Huang, Xiaoxu (Main Supervisor)
Withers, Philip John (Examiner)
Furuhara, Tadashi (Examiner)
Juul Jensen, Dorte (Examiner)

View graph of relations

Status	Completed
Period	01-09-09 → 30-11-12

Financing source	Internal funding (public)
Research programme	Eksternt finansieret virksomhe

Publications

Structural control of void formation in dual phase steels
Publication: Research › Ph.d. thesis – Annual report year: 2013

ID: 2325135