Elena Gordo

Prof. Elena Gordo

Universidad Carlos III de Madrid, Spain
orcid

Research Focus & Metrics

Academic Career Length

31Years (1996-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 April 2004 in Metallurgical and Materials Transactions B
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Journal Article
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George Zheng ChenGeorge Zheng Chen
George Zheng Chen
Elena GordoElena Gordo
Elena Gordo
DFDerek J. Fray
Derek J. Fray

1 May 2004 in Electrochimica Acta
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Journal Article
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Elena GordoElena Gordo
Elena Gordo
George Zheng ChenGeorge Zheng Chen
George Zheng Chen
DFDerek J. Fray
Derek J. Fray

1 August 2018 in Corrosion Science
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Journal Article
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JULIA UREÑAJULIA UREÑA
JULIA UREÑA
Sophia A TsipasSophia A Tsipas
Sophia A Tsipas
APA.M. Pinto
A.M. Pinto
Fatih ToptanFatih Toptan
Fatih Toptan
Elena GordoElena Gordo
Elena Gordo
AJA. Jiménez-Morales
A. Jiménez-Morales

1 April 2000 in Wear
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Journal Article
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Elena GordoElena Gordo
Elena Gordo
FVF Velasco
F Velasco
NANatividad Antón
Natividad Antón
Jose Manuel TorralbaJose Manuel Torralba
Jose Manuel Torralba

1 July 2011 in Powder Metallurgy
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PEP G Esteban
P G Esteban
LBL Bolzoni
L Bolzoni
ERE M Ruiz-Navas
E M Ruiz-Navas
Elena GordoElena Gordo
Elena Gordo
This work studies a set of low cost beta alloys with the composition Ti-7Fe, processed by conventional powder metallurgy (PM). The materials were prepared by conventional blending of elemental Ti hydride-dehydride powder with three different Fe powder additions: water atomised Fe, Fe carbonyl and master alloy Fe-25Ti. The optimal sintering behaviour and the best mechanical properties were attained with the use of Fe carbonyl powder, which reached a sintered density of up to 93% of the theoretical density, with UTS values of 800 MPa in the 'as sintered' condition. Coarse water atomised powder particles promoted reactive sintering, and coarse porosity was found due to the coalescence of Kirkendall porosity and by the pores generated during the exothermic reaction between Ti and Fe. The addition of Fe-25Ti produced brittle materials, as its low purity (91·5%) was found to be unsuitable for formulating Ti alloysThe authors would like to acknowledge financial support from the Comunidad de Madrid to carry out this research through the programme ESTRUMAT-CM (reference MAT/77), and from the Ministry of Education through the R&D Project MAT2006-02458.Publicad

1 January 2012 in Materials Chemistry and Physics
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Journal Article
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LBL. Bolzoni
L. Bolzoni
ERE.M. Ruiz-Navas
E.M. Ruiz-Navas
ENE. Neubauer
E. Neubauer
Elena GordoElena Gordo
Elena Gordo