References of "Hogge, Michel"
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See detailFifth International Conference on Advanced COmputational Methods in ENgineering (ACOMEN 2011)
Béchet, Eric ULg; Dick, Erik; Geuzaine, Christophe ULg et al

in International Journal of Computational & Applied Mathematics (2013), 246

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See detailTransferts de Chaleur et de Matière - Exercices
Mengoni, Marlène ULg; Hogge, Michel ULg

Learning material (2012)

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See detailProceedings of the 5th International Conference on Advanded COmputational Methods in Engineering (ACOMEN2011)
Hogge, Michel ULg; Van Keer, Roger; Dick, Erik et al

Book published by Université de Liège - Dépôt légal: D/2011/0480/31 (2011)

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See detailProceedings of the Fourth International Conference on Advanced Computational Methods in Engineering (ACOMEN 2008)
Hogge, Michel ULg; Van Keer, Roger; Dick, Erik et al

in Journal of Computational & Applied Mathematics (2010), 234(7),

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See detailTransferts de Chaleur et de Matière - théorie
Hogge, Michel ULg; Mengoni, Marlène ULg

Learning material (2009)

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See detailAn assumed natural strain technique for 2D solid-shell elements
Nguyen, Nhu Huynh ULg; PHAM, V. N.; Hogge, Michel ULg et al

in Proceedings of ACOMEN’2008, Advanced Computational Methods in Engineering (2008)

With the combination of the enhanced assumed strain (EAS) and assumed natural strain (ANS) techniques in the removal of shear and volumetric locking, the solid-shell formulation requires a minimum set of ... [more ▼]

With the combination of the enhanced assumed strain (EAS) and assumed natural strain (ANS) techniques in the removal of shear and volumetric locking, the solid-shell formulation requires a minimum set of enhanced modes, and this results in a competitive approach when compared with other fully EAS solid elements in terms of computational costs. Moreover, the latter reportedly suffers difficulties when dealing with very thin plate and shell structures due to the severe transverse shear locking. The paper presents an alternative solid-shell formulation, in which the ANS technique is applied to the upper and lower surfaces instead of at the mid-surface of the solid-shell element as previously adopted. The numerical results show the accuracy and efficiency of the proposed technique. [less ▲]

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See detailParameter identification for inverse problems in metal forming simulation
KLEINERMANN, J. P.; Ponthot, Jean-Philippe ULg; Hogge, Michel ULg

in Proceedings of FIELD ANALYSIS FOR DETERMINATION OF MATERIAL PARAMETERS. EXPERIMENTAL AND NUMERICAL ASPECTS (2003)

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See detailEfficient Implicit Schemes for High-Speed Dynamics and Crash Simulation. Application to shock-absorber devices
Hogge, Michel ULg; GRAILLET, D.; Ponthot, Jean-Philippe ULg

in Proceedings of «ACOMEN’98», Advanced Computational Methods in Engineering: Invited Papers (1998, September)

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See detailEfficient Implicit Schemes for Transient Problems in Metal Forming Simulation
Hogge, Michel ULg; Ponthot, Jean-Philippe ULg

in Proc. of NUPHYMAT'96, Numerical and Physical Study of Material Forming Processe (1996)

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See detailNumerical Procedure for Calculation of Temperature Evolution in Composite Elements with Internal Cavities
Luycks, Pierre; Stienon, P.; Franssen, Jean-Marc ULg et al

in Communications in Numerical Methods in Engineering (1994), 10(6), 437-451

In the paper a computation code based on the finite-element method for temperature evolutions in composite elements with internal cavities is presented. It is suitable for the analysis of various thermal ... [more ▼]

In the paper a computation code based on the finite-element method for temperature evolutions in composite elements with internal cavities is presented. It is suitable for the analysis of various thermal problems encountered in mechanical and civil engineering such as fire risk assessment. It is based on a plane isoparametric triangular element with six nodes allowing the modelling of curved boundaries. In order to analyze composite steel-concrete elements and to take into account the non-linearities coming from the temperature-dependent material properties and from the boundary conditions, an implicit integration scheme is used. Another advantage of the program is the possibility of describing internal cavities with convection and radiation exchanges. In order to show the capacity of the program two examples are presented. Comparisons have been made with experimental and other numerical results, exhibiting very good agreement. [less ▲]

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See detailOn relative merits of Implicit/Explicit Algorithms for Transient Problems in Metal Forming Simulation
Ponthot, Jean-Philippe ULg; Hogge, Michel ULg

in Proc. of the Int. Conf. on Numerical Methods for Metal Forming in Industry (1994)

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See detailTratamento do problema de contato e atrito tridimensional pelo método dos elementos finitos
BITTENCOURT, E.; CREUS, G.; Ponthot, Jean-Philippe ULg et al

in Idelsohn, S.; Sonzogni, V. (Eds.) Proc. of Mécanica Computational (1994)

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See detailThe Use of the Eulerian-Lagrangian FEM in Metal Forming Applications Including Contact and Adaptive Mesh
Ponthot, Jean-Philippe ULg; Hogge, Michel ULg

in ASME Symposium on "Advances in Finite Deformation Problems in Material Processing and Structures", Winter Annual Meeting (1991)

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See detailMETAFOR : Logiciel Eulérien-lagrangien pour l'analyse de la mise à forme et des grandes déformations de matériaux
Hogge, Michel ULg; Ponthot, Jean-Philippe ULg; Quoirin, D.

in Proceedings of "New Advances in Computational Structural Mechanics (1991)

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See detailMetal Forming Analysis via Eulerian-Lagrangian FEM with Adaptive Mesh
Hogge, Michel ULg; Ponthot, Jean-Philippe ULg

in Latin American Research Review (1991), 21

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