Publications with the keyword "austenitic stainless steel"

Hola !!

L. Spadaro, S. Hereñú, R. Strubbia, G. G. Rosas, R. Bolmaro, and C. R. González
Effects of laser shock processing and shot peening on 253 MA austenitic stainless steel and their consequences on fatigue properties
Optics and Laser Technology (cited By 1), 122, 2020
austenitic stainless steel coatings dislocations (crystals) hardness microstructure residual stresses shot peening compressive residual stress dislocation microstructures fatigue performance laser shock peening laser shock processing low cycle fatigue life low cycle fatigues near-surface microstructures fatigue of materials
URL, DOI, RIS, BibTex

Hola !!

J. Dib, S. Hereñu, D. Alí, and N. Pellegri
Influence of Load, Surface Finish and Lubrication on Friction Coefficient of AISI 304 Stainless Steel
Journal of Materials Engineering and Performance (cited By 0), 29(5), 2739-2747, 2020
finishing friction high resolution transmission electron microscopy lubrication martensite microhardness scanning electron microscopy strain hardening surface testing surface treatment testing wear of materials aisi-304 stainless steel constant velocities friction wear behaviors friction coefficients metastable stainless steel microhardness profiles microstructural analysis scanning electrons austenitic stainless steel
URL, DOI, RIS, BibTex

Hola !!

J. Muñoz and A. Komissarov
Back stress and strength contributions evolution of a heterogeneous austenitic stainless steel obtained after one pass by equal channel angular sheet extrusion (ECASE)
International Journal of Advanced Manufacturing Technology (cited By 0), 109(34), 607-617, 2020
grain size shape strength of materials ductility ratio equal channel angular geometrically necessary dislocations grain size contribution hardness increase material heterogeneity material strength sheet extrusion austenitic stainless steel
URL, DOI, RIS, BibTex

Hola !!

J. Muñoz, A. Komissarov, M. Avalos, and R. Bolmaro
Mechanical and microstructural behavior of a heterogeneous austenitic stainless steel processed by Equal Channel Angular Sheet Extrusion (ECASE)
Materials Science and Engineering A (cited By 0), 792, 2020
martensite plastic deformation strength of materials tensile strength tensile testing deformation gradients deformation-induced martensite (dim) dislocation densities equal channel angular heterogeneous deformation heterogeneous materials heterogeneous structures plastic instabilities austenitic stainless steel
URL, DOI, RIS, BibTex

Hola !!

F. Farias, I. Alvarez-Armas, and A. Armas
On the strain-induced martensitic transformation process of the commercial AISI 304 stainless steel during cyclic loading
International Journal of Fatigue (cited By 0), 140, 2020
austenitic transformations defect density fatigue testing hardening martensite martensitic transformations aisi-304 stainless steel cyclic hardening behavior hardening behavior induced martensite low-cycle fatigue tests metastable austenitic steels nucleation sites strain induced martensitic transformation austenitic stainless steel
URL, DOI, RIS, BibTex

Hola !!

J. Muñoz, O. Cobos, R. M'Doihoma, M. Avalos, and R. Bolmaro
Inducing heterogeneity in an austenitic stainless steel by equal channel angular sheet extrusion (ECASE)
Journal of Materials Research and Technology (cited By 0), 8(2), 2473-2479, 2019
austenitic transformations extrusion hardness martensite martensitic transformations stainless steel textures deformation-induced martensite (dim) equal channel angular grain size material heterogeneity micro-structure evolutions sheet extrusion sheet thickness strength austenitic stainless steel
URL, DOI, RIS, BibTex

Hola !!

N. D. Vincentis, M. Avalos, E. Benatti, A. Kliauga, H.-G. Brokmeier, and R. Bolmaro
XRD and EBSD analysis of anisotropic microstructure development in cold rolled F138 stainless steel
Materials Characterization (cited By 3), 123, 137-152, 2017
anisotropy austenitic stainless steel backscattering cold rolling crystal orientation deformation dislocations (crystals) electron diffraction metal cladding microstructure steel sheet x ray diffraction anisotropic microstructures boundary misorientations deformation microstructure different analysis techniques dislocation densities electron back scatter diffraction micro-structural characteristics orientation dependence stainless steel
URL, DOI, RIS, BibTex

Hola !!

I. S. Filho, K. Zilnyk, M. Sandim, R. Bolmaro, and H. Sandim
Strain partitioning and texture evolution during cold rolling of AISI 201 austenitic stainless steel
Materials Science and Engineering A (cited By 14), 702, 161-172, 2017
austenite austenitic stainless steel brass cold rolling martensite martensitic steel strain strain hardening textures electron back scatter diffraction grain misorientation hardening mechanism mechanical twinning strain partitioning strain-induced martensite texture evolutions x-ray texture measurements stainless steel
URL, DOI, RIS, BibTex

Hola !!

U. Krupp, M. Söker, A. Giertler, B. Dönges, H.-J. Christ, K. Wackermann, T. Boll, M. Thuvander, et al.
The potential of spinodal ferrite decomposition for increasing the very high cycle fatigue strength of duplex stainless steel
International Journal of Fatigue (cited By 6), 93, 363-371, 2016
austenite austenitic stainless steel cracks dissolution fatigue of materials ferrite probes stainless steel ultrasonic testing atom probe tomography candidate materials duplex stainless steel ferrite decomposition ferritic microstructure strengthening effect structural applications very high cycle fatigue spinodal decomposition
URL, DOI, RIS, BibTex

Hola !!

I. S. Filho, M. Sandim, R. Cohen, L. Nagamine, J. Hoffmann, R. Bolmaro, and H. Sandim
Effects of strain-induced martensite and its reversion on the magnetic properties of AISI 201 austenitic stainless steel
Journal of Magnetism and Magnetic Materials (cited By 20), 419, 156-165, 2016
annealing austenitic stainless steel cold rolling ferrite forecasting isothermal annealing magnetic properties magnetism magnetization martensite martensitic steel metal cladding microstructural evolution saturation magnetization steel sheet steel testing electron back scatter diffraction magnetic parameters martensite reversions remanent magnetization strain-induced martensite texture measurement thickness reduction vickers microhardness stainless steel
URL, DOI, RIS, BibTex

Hola !!

N. D. Vincentis, M. Avalos, A. Kliauga, V. Sordi, N. Schell, H.-G. Brokmeier, and R. Bolmaro
Deformation analysis on F138 austenitic stainless steel: ECAE and rolling
IOP Conference Series: Materials Science and Engineering (cited By 1), 63(1), 2014
equal channel angular pressing grain size shape microstructure nanostructured materials tensile testing transmission electron microscopy x ray analysis x ray diffraction domain size electron back-scattered diffraction equal channel angular extrusion micro-structure evolutions misorientation boundaries misorientation distributions severe plastic deformations ultrafine grain structures austenitic stainless steel
URL, DOI, RIS, BibTex

Hola !!

J. G. Molleja, M. Milanese, M. Piccoli, R. Moroso, J. Niedbalski, L. Nosei, J. Bürgi, E. Bemporad, et al.
Stability of expanded austenite, generated by ion carburizing and ion nitriding of AISI 316L SS, under high temperature and high energy pulsed ion beam irradiation
Surface and Coatings Technology (cited By 18), 218(1), 142-151, 2013
ablation austenite austenitic stainless steel carbon crystal structure ion beams ion bombardment irradiation lattice constants nitriding plasma stability surface reactions wear resistance expanded austenite high temperature high-energy pulsed microstructure changes partial amorphization plasma focus residual expansion temperature treatments ions
URL, DOI, RIS, BibTex

Hola !!

P. Mu, V. Aubin, I. Alvarez-Armas, and A. Armas
Influence of the crystalline orientations on microcrack initiation in low-cycle fatigue
Materials Science and Engineering A (cited By 19), 573, 45-53, 2013
crystalline orientations ebsd electron backscattered diffraction techniques in-situ observations loading direction low cycle fatigues microcrack initiation number of cycles austenitic stainless steel crack initiation crystalline materials fatigue testing scanning electron microscopy microcracks
URL, DOI, RIS, BibTex

Hola !!

B. Gómez, L. Nachez, R. Caruso, A. Díaz-Parralejo, J. Feugeas, and O. D. Sanctis
Interdiffusion phenomena of zirconia-nitride layers on coated AISI 310 steel
ASTM Special Technical Publication (cited By 0), 1532, 71-83, 2012
aluminum nitride diffusion coatings duplex stainless steel hydrogen iron steel industry mechanical properties nitriding plasma applications zirconia american iron steel institutes chemical solution deposition duplex coatings ion nitriding nitrided coatings nitrided steels plasma nitriding zirconia coatings austenitic stainless steel
URL, DOI, RIS, BibTex

Hola !!

J. Feugeas, L. Rico, L. Nosei, B. Gómez, E. Bemporad, J. Lesage, and J. Ferrón
Austenite modification of AISI 316L SS by pulsed nitrogen ion beams generated in dense plasma focus discharges
Surface and Coatings Technology (cited By 27), 204(8), 1193-1199, 2010
expanded austenite ion nitriding nano films plasma focus plasma wall interaction z pinch austenitic stainless steel chemical modification electric discharges electron transitions high energy physics ion beams ions irradiation nitriding nitrogen optical microscopy pinch effect plasma applications plasma devices plasma theory steel corrosion tokamak devices tribology wear resistance austenite
URL, DOI, RIS, BibTex

Hola !!

M. Marques, J. Pina, A. Dias, J. Lebrun, and J. Feugeas
X-ray diffraction characterization of ion-implanted austenitic stainless steel
Surface and Coatings Technology (cited By 28), 195(1), 8-16, 2005
austenite ion beams ion implantation residual stresses stainless steel tensile stress x ray diffraction implanted zones phase analysis surface layers wavelength radiation surface treatment austenitic stainless steel ion implantation residual stress surface treatment x-ray technique
URL, DOI, RIS, BibTex