Publications with the keyword "finite element method"

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A. A. Barreto, R. Abalone, A. Gastón, D. Ochandio, L. Cardoso, and R. Bartosik
Validation of a heat, moisture and gas concentration transfer model for soybean (Glycine max) grains stored in plastic bags (silo bags)
Biosystems Engineering (cited By 4), 158, 23-37, 2017
amino acids carbon digital storage finite element method low temperature production mathematical models moisture moisture determination nitrogen fixation plastic containers climatic conditions grain temperature mean absolute differences modified atmosphere oxygen concentrations seasonal variation silo bags soybean carbon dioxide
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U. Krupp and I. Alvarez-Armas
Short fatigue crack propagation during low-cycle, high cycle and very-high-cycle fatigue of duplex steel - An unified approach
International Journal of Fatigue (cited By 18), 65, 78-85, 2014
austenite crack initiation fatigue crack propagation fatigue of materials fatigue testing ferrite ferritic steel finite element method grain growth models plasticity testing single crystals analytical electron microscopy crystallographic orientations duplex steels high stress concentration lcf numerical simulation approaches short fatigue cracks vhcf cracks
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J. Lasave, J. Kohanoff, R. Migoni, and S. Koval
A shell model for the H-bonded ferroelectric KH2PO4
Physica B: Condensed Matter (cited By 10), 404(18), 2736-2738, 2009
antiferroelectrics experimental data ferroelectric first-principles first-principles calculation h-bonded ferroelectrics interaction parameters kdp metastable structures molecular dynamics simulations paraelectrics relative stabilities shell model shell models binding sites domain walls ferroelectricity finite element method hydrogen hydrogen bonds metastable phases molecular dynamics phase transitions shells (structures) solid state physics structural properties ferroelectric materials
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J. Lasave, S. Koval, and R. Migoni
Coexistence of ferroelectric and antiferroelectric microregions in the paraelectric phase of NH4H2PO4 (ADP)
Physica B: Condensed Matter (cited By 4), 404(18), 2749-2750, 2009
ab initio adp ammonium dihydrogen phosphate antiferroelectrics electron spins ferroelectric first-principles study hydrogen-bonded ferroelectrics matrix microregions paraelectric phase paraelectric transitions paraelectrics relative stabilities ammonium compounds antiferroelectricity binding sites ferroelectric materials ferroelectricity hydrogen hydrogen bonds spin dynamics finite element method
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B. Gómez, C. Repetto, C. Stia, and R. Welti
Oscillations of a string with concentrated masses
European Journal of Physics (cited By 19), 28(5), 961-975, 2007
boundary conditions finite element method string theory wave equations concentrated masses finite number of masses oscillations of a string oscillators (electronic)
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R. Bolmaro, A. Fourty, J. Signorelli, and H.-G. Brokmeier
Development of wire drawing textures in Cu-Fe: The influence of macroscopic and microscopic heterogeneities
Modelling and Simulation in Materials Science and Engineering (cited By 8), 14(1), 1-19, 2006
micromechanical model wire drawing textures computer simulation deformation finite element method iron microscopic examination neutron diffraction textures copper
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J. Signorelli, P. Turner, V. Sordi, M. Ferrante, E. Vieira, and R. Bolmaro
Computational modeling of texture and microstructure evolution in Al alloys deformed by ECAE
Scripta Materialia (cited By 20), 55(12), 1099-1102, 2006
computational modeling equal channel angular extrusion (ecae) micromechanical simulations self consistent models computer simulation crystal orientation finite element method mathematical models metal extrusion textures aluminum alloys
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J. Signorelli, R. Logé, P. Turner, V. Sordi, E. Vieira, M. Ferrante, and R. Bolmaro
ECAE of Al-4%Cu alloys: Experimental study assisted by polycrystalline-FEM simulations
Materials Science Forum (cited By 3), 495497(1), 775-784, 2005
equal channel angular pressing extrusion finite element method polycrystalline materials x ray diffraction analysis micromechanical modeling polycrystal plasticity polycrystalline-fem simulations room temperature aluminum alloys
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M. Viotti, A. Albertazzi Jr., and G. Kaufmann
Measurement of residual stresses using local heating and a radial in-plane speckle interferometer
Optical Engineering (cited By 17), 44(9), 2005
finite element method interferometers nondestructive examination numerical methods residual stresses speckle stress relaxation yield stress digital speckle pattern interferometry local heating nondestructive evaluation radial interferometer interferometry
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M. Viotti, A. Albertazzi Jr., and G. Kaufmann
Measurement of residual stresses using a radial in-plane digital speckle pattern interferometer and local heating. Recent advances
Proceedings of SPIE - The International Society for Optical Engineering (cited By 0), 5776, 709-716, 2005
computer simulation errors finite element method heating interferometers interferometry mathematical models nondestructive examination speckle stress analysis digital speckle pattern interferometry local heating non-destructive evaluation radial interferometers residual stresses
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M. Viotti, G. Kaufmann, E. Fancello, A. Gastón, and O. Möller
Determination of residual stresses by means of a digital speckle pattern interferometry and local heating combined technique
Proceedings of SPIE - The International Society for Optical Engineering (cited By 0), 5622(2), 574-579, 2004
data reduction finite element method heating image processing laser applications lighting problem solving residual stresses thermomechanical treatment digital speckle pattern interferometry laser heating nondestructive evaluation optical techniques interferometry
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R. Lebensohn, P. Dawson, H. Kern, and H.-R. Wenk
Heterogeneous deformation and texture development in halite polycrystals: Comparison of different modeling approaches and experimental data
Tectonophysics (cited By 45), 370(14), 287-311, 2003
crystal structure experimental study finite element method halite heterogeneity plastic deformation strain stress
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L. Delannay, R. Logé, Y. Chastel, J. Signorelli, and P. V. Houtte
Measurement of In-Grain Orientation Gradients by EBSD and Comparison with Finite Element Results
Advanced Engineering Materials (cited By 15), 5(8), 597-600, 2003
backscattering computer simulation crystal microstructure crystal orientation electron diffraction finite element method grain boundaries grain size shape plasticity strain stress analysis textures orientation distribution functions (odf) polycrystalline materials
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F. Díaz, G. Kaufmann, and O. Möller
Residual stress determination using blind-hole drilling and digital speckle pattern interferometry with automated data processing
Experimental Mechanics (cited By 30), 41(4), 319-323, 2001
aluminum finite element method interferometry mathematical models residual stresses speckle tensile testing blind-hole drilling plate metal data processing drilling interferometry measurement method residual stress
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R. Lebensohn
N-site modeling of a 3D viscoplastic polycrystal using Fast Fourier Transform
Acta Materialia (cited By 327), 49(14), 2723-2737, 2001
algorithms anisotropy computer simulation crystal microstructure fast fourier transforms finite element method grain boundaries mathematical models morphology strain viscoplasticity intragranular misorientations periodic heterogeneous microstructures polycrystalline materials
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C. Tomé, P. Maudlin, R. Lebensohn, and G. Kaschner
Mechanical response of zirconium - I. Derivation of a polycrystal constitutive law and finite element analysis
Acta Materialia (cited By 203), 49(15), 3085-3096, 2001
agglomeration anisotropy computer simulation deformation finite element method hardening integration polycrystals sheet metal single crystals strain textures twinning viscoplasticity constitutive law grain orientation zirconium
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H.-G. Brokmeier, R. Bolmaro, J. Signorelli, and A. Fourty
Texture development of wire drawn Cu-Fe composites
Physica B: Condensed Matter (cited By 11), 276278, 888-889, 2000
computer simulation copper crystal microstructure deformation finite element method iron mathematical models polycrystalline materials strain textures wire soft deformation composite materials
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R. Abalone, A. Gastón, and M. Lara
Determination of mass diffusivity coefficient of sweet potato
Drying Technology (cited By 6), 18(10), 2273-2290, 2000
agricultural products computer simulation finite element method heat transfer mass transfer mathematical models moisture temperature measurement anisotropic biological product mass diffusivity coefficient sweet potato drying drying food processing heat transfer moisture
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R. Bolmaro, A. Fourty, A. Roatta, M. Bertinetti, P. Turner, and J. Signorelli
New approach to crystal spin calculation during deformation texture development
Scripta Materialia (cited By 18), 43(6), 553-559, 2000
anisotropy computer simulation crystal lattices crystal orientation dislocations (crystals) elasticity finite element method grain boundaries grain size shape single crystals strain textures crystal anisotropy crystal spin calculation inhomogeneous deformation polycrystalline materials
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F. Díaz and G. Kaufmann
Impact-induced transient deformation analysis by means of digital speckle pattern interferometry
Experimental Mechanics (cited By 12), 39(4), 311-316, 1999
cameras charge coupled devices computational methods finite element method image analysis impact testing interferometry pulsed laser applications speckle digital speckle pattern interferometry (dspi) frame grabbers deformation deformation interferometry
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R. Bolmaro, R. Browning, F. Guerra, and A. Rollett
Finite element method simulations for two-phase material plastic strains
Materials Science and Engineering A (cited By 11), 196(12), 53-63, 1995
computational methods deformation elastoplasticity finite element method mathematical models plasticity strain hardening textures volume fraction yield stress isotropic materials phase distribution two phase material plastic strains von mises deformation composite materials
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R. Bolmaro, R. Browning, F. Guerra, and A. Rollett
Texture development in AgNi powder composites
Materials Science and Engineering A (cited By 9), 175(12), 113-124, 1994
characterization deformation finite element method mathematical models metallic matrix composites nickel powder metals rolling silver spatial variables measurement strain powder composites texture development texture measurement two phase materials textures
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