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Articles

Cyclic deformation behaviour of ferritic Fe-19Cr-4Ni-2Al alloy at elevated temperatures

Pages 1023-1026 | Published online: 19 Jul 2013

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J Hinojosa-Torres, E Cortés-González, J M Aceves-Hernández, F Díaz-del-castillo-Rodríguez & V M Castaño-Meneses. (2012) Structural changes in weld bead in TIG welded Zn–22Al–2Cu alloy plates after tension. Materials Technology 27:3, pages 226-229.
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Articles from other publishers (6)

S. Sandlöbes, Z. Wu, K.G. Pradeep & S. Korte-Kerzel. (2016) Precipitation and decomposition phenomena in a Zn-Al-Cu-Mg alloy. Materials Letters 175, pages 27-31.
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J Hinojosa-Torres & V.M Castaño. (2002) Properties in hardness of Zn–22Al–2Cu alloy wire artificially aged. Materials Letters 56:3, pages 312-316.
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S.C. Tjong & Z.Y. Ma. (2002) Creep behaviour of precipitation-hardened ferritic Fe–19Cr–4Ni–2Al alloy. Materials Letters 56:1-2, pages 59-64.
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J. Hinojosa-Torres, Y.H. Zhu, A. Herrera-Vázquez & V.M. Castaño. (2000) Strengthening of Zn–22Al–2Cu alloy wire by artificial ageing. Materials Letters 43:3, pages 153-157.
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S.C Tjong & S.M Zhu. (1998) Effect of plasma immersion ion implantation on creep and rupture properties of ferritic Fe–24Cr–4Al stainless alloy. Surface and Coatings Technology 106:2-3, pages 262-267.
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Yao Hua Zhu & J Torres. (1998) Fatigue induced phase transformation in extruded Zn–Al based alloy. Journal of Materials Processing Technology 73:1-3, pages 25-29.
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