Vol. 1
| I.01: |
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Displacement and stress solutions for a viscoelastic half space subjected to a harmonic distributed tangential surface stress loading using the Radon and Fourier transforms
M. Adolph, E. Mesquita, E.R. Carvalho and E. Romanini |
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pp.1-12 |
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| I.02: |
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A comparative study of penalty formulations in elasticity
A.R. Aguiar |
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pp.13-28 |
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| I.03: |
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Constitutive model for 2D analysis of iso-kinematic frictional contact problems
J.B. de Aguiar and R.T. Vargas |
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pp.29-40 |
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| I.04: |
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The BEM and the RIM in the dynamic analysis of symmetric laminate composite plates
E. L. Albuquerque, P. Sollero and W. Portilho de Paiva |
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pp.41-50 |
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| I.05: |
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High-velocity impact of plates
M. Alves, G. B. Micheli and L. Driemeier |
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pp.51-62 |
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| I.06: |
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A review on the main approaches for determination of the multiaxial high cycle fatigue strength
J.C. Balthazar and L. Malcher |
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pp.63-80 |
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| I.07: |
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Modeling of slow strain rate corrosion testing of austenitic stainless steel through continuum damage mechanics
I.N. Bastos, J.A. da Cunha Ponciano Gomes and H.S. da Costa Mattos |
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pp.81-96 |
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| I.08: |
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Computational modelling of the micromechanics of void growth and coalescence in ductile failure via the Discrete Element Method
R.G. Batista, I. Iturrioz and A.P. Cisilino |
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pp.97-108 |
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| I.09: |
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High-order finite elements applied to structural elastic problems
M.L. Bittencourt, T.G. Vazquez and A.C. Nogueira Jr. |
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pp.109-124 |
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| I.10: |
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IAn inverse analysis applied to a viscoelastic constitutive model
D.A. Castello and F.A. Rochinha |
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pp.125-132 |
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| I.11: |
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A note on fatigue crack growth predictions based on damage accumulation ahead of the crack tip
J.T.P. Castro, M.A. Meggiolaro and A.C.O. Miranda |
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pp.133-146 |
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| I.12: |
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After buckling behavior of thin membranes and textiles based on tension field theory and experiments
A. Conci |
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pp.147-160 |
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| I.13: |
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Constitutive modeling of the large strain behavior of crushable foams using the elementfree Galerkin method
G. da Costa Machado, M.K. Alves, H.A. Al-Qureshi and R. Rossi |
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pp.161-172 |
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| I.14: |
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Simplified analysis of stress and strain histories in notched metallic parts undergoing cyclic inelastic deformations using projection techniques
H. da Costa-Mattos, C.G. de Queiroz Neto and L.R. dos Santos |
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pp.173-184 |
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| I.15: |
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Analysis of composite sleeve reinforcement systems for metallic pipelines with localized imperfections or damage
H.S. da Costa Mattos, E.M. Sampaio and R.M.A. Cortes |
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pp.185-198 |
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| I.16: |
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An one dimensional coupled model for deformation, degradation and solute diffusion in elastic solids
F.P. Duda, A.C. Souza, L.J. Guimarães and J.M. Barbosa |
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pp.199-214 |
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| I.17: |
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Mapping of variables in FE analysis of arbitrary cohesive crack propagation
R. A. Einsfeld |
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pp.215-226 |
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| I.18: |
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A variational framework for a set of hyperelastic-viscoplastic isotropic models
E. Fancello, J.M. Vassoler and L. Stainier |
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pp.227-238 |
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| I.19: |
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Topology optimization of continuum structures with ²-relaxed stress constraints
C.E.M. Guilherme and J.S.O. Fonseca |
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pp.239-250 |
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| I.20: |
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Performance of the discrete element method to represent the scale effect
I. Iturrioz, A. Morquio, E. Bittencourt and V.M.R. d’Avila |
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pp.251-262 |
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| I.21: |
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Micromechanical approach to the strength properties of geocomposites with a Drucker-Prager matrix
S. Maghous, L. Dormieux and J.F. Barthélémy |
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pp.263-278 |
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| I.22: |
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Optimization of elastic structures using boundary elements and a topological-shape sensitivity formulation
R.J. Marczak |
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pp.279-294 |
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| I.23: |
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Numerical analysis of composite structures: creep, aging and failure
S.P.C. Marques, B.F. Oliveira, R.C. Pavan and G.J. Creus |
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pp.295-308 |
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| I.24: |
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Computational simulation of an IF-steel deformed by equal channel angular pressing via the finite element method
N. de Medeiros, S.R. Baptista, L.P. Moreira, J.F.C. Lins and J.P. de Gouvêa |
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pp.309-320 |
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| I.25: |
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A fracture mechanics based model for explaining notch sensitivity effects on fatigue crack initiation
M.A. Meggiolaro, A.C.O. Miranda, J.T.P. Castro and J.L.F. Freire |
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pp.321-328 |
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| I.26: |
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Bifurcated fatigue crack path and life predictions
S.P.C. Marques, B.F. Oliveira, R.C. Pavan and G.J. Creus |
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pp.329-340 |
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| I.27: |
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Using fault models in state observers methodology for crack detection in continuous systems
G.P. de Melo and M.A. da Cruz Araujo |
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pp.341-356 |
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| I.28: |
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Fault detection using state observers with unknown input, identified by orthogonal functions and PI observers
G.P. de Melo and T.S. Morais |
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pp.357-374 |
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| I.29: |
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Object oriented finite element probabilistic stress analysis
F.C.M. Menandro |
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pp.375-386 |
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| I.30: |
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A customized AutoCAD environment for structural analysis using three bending plate finite elements
R.A. de Menezes Jr., M.S. Menezes, F. Sanches Junior and A.V. Mendonça |
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pp.387-400 |
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| I.31: |
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Cyclic plasticity and damage of metals by a gradient-enhanced CDM model
G. Minak, F.E.G. Chimisso and H.S. da Costa Mattos |
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pp.401-420 |
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| I.32: |
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Path and life predictions under mixed mode I-Mode II complex loading
A.C.O. Miranda, M.A. Meggiolaro, J.T.P. Castro and L.F. Martha |
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pp.421-432 |
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| I.33: |
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Parameter estimation using digital image correlation and inverse problems
L.C.S. Nunes, D.A. Castello, C.F. Matt and P.A.M. dos Santos |
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pp.433-444 |
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| I.34: |
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Modeling of quenching process in steel cylind
P.M.C.L. Pacheco, L.F.G. de Souza, M.A. Savi, W.P. de Oliveira and E.P. Silva |
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pp.445-458 |
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| I.35: |
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Fracture toughness of fiber reinforced polymer concrete
J.M.L. Reis |
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pp.459-468 |
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| I.36: |
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Analytical procedure for stress field solution in concrete gravity dams
P.M.V. Ribeiro and L.J. Pedroso |
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pp.469-484 |
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| I.37: |
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Rehabilitation of corroded steel pipelines with epoxy repair systems
R.F. Sampaio, J.M.L. Reis, V.A. Perrut and H.S. Costa-Mattos |
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pp.485-496 |
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| I.38: |
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Phenomenological modeling of shape memory alloy thermomechanical behavior
M.A. Savi, A. Paiva and P.M.C.L. Pacheco |
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pp.497-512 |
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| I.39: |
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Geometrically exact analysis of shells with an exact initial geometry by a meshless method
C. Tiago and P.M. Pimenta |
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pp.513-536 |
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| I.40: |
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On the effect of limited linear kinematic hardening on shakedown conditions
N. Zouain |
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pp.537-548 |
