Pozice: vědecký pracovník
Skupina: Skupina creepu kovových materiálů
Místnosti: 206, Philips TEM
Telefonní čísla: +420 532 290 413, +420 532 290 475
Fax: +420 541 218 657
E-mail: orlova@DELETE-THIS.CZ@DELETE-THIS.COMipm.COM.cz

A. Dlouhy, K. Kuchařová, A. Orlová
Long-term creep and creep rupture characteristics of TiAl-base intermetallics
Mat. Sci. Eng. A 510-511,(2009), p. 350

A. Orlova,K. Kucharova, A. Dlouhy,
< c >-component plastic displacements in different microstructures of TiAl-base intermetallics
Mat. Sci. Eng. A 483, (2008), p. 109

Orlová, Alena, Dobeš, Ferdinand:
Contributions to Internal Stress from Free Dislocations and from Substructure Boundaries in Dislocation Structure Formed in High Temperature Creep.
5th International Conference on Materials Structure and Micromechanics of Fracture. Abstract booklet. Brno: VUTIUM, 2007 - (Šandera, P.) S. 140-140. ISBN 978-80-214-3434-9.

F. Dobeš, A. Orlová:
Dip-test internal stress and the composite model of creep deformation
Materials Science Forum 482: 291-294, 2005.

A. Orlová, K. Kuchařová, A. Dlouhý:
Microstructural mechanisms of creep in gammaTi-52Al
Kovove Mater. 43: 55-65, 2005

A. Orlová, K. Kuchařová, A. Dlouhý:
Zeitschrift fur Metallkunde 95 (2004) 1011-1019

A.Orlová, F. Dobeš:
On the stress-subgrain size relationships derived from the composite model of dislocation structure
Mater. Sci. Engng. A381: 171-174, 2004

A. Orlová:
Relation between the internal stress measured in creep and the stress generated by the dislocation structure in the fcc metals
Philos. Mag. 84: 3419-3426, 2004

A.Orlová, K. Kuchařová, A. Dlouhý:
Evolution of microstructure during creep in gamma Ti-52Al at 1100K and high applied stresses
Z. Metallkde 95: 1011-1019, 2004

A.Orlová:
Use of constitutive description in an interpretation of creep in Ti-52Al intermetallic
Intermetallics 11: 501-506, 2003

A.Orlová, F. Dobeš:
Internal stress and heterogeneous dislocation structure in creep
Philos.Mag. 83: 2681-2691, 2003

M. Kvapilová, A.Orlová:
Traces of non-compact glide in the dislocation structure of copper after creep at high temperatures
Mater. Sci. Engng. A328: 277-282, 2002

A.Orlová:
Comparison of Cu and Ti-52Al in creep at the same homologous temperature and minimum creep rate
Intermetallics 9: 529-534, 2001