Auteur Armero, Francisco
Documents disponibles écrits par cet auteur (5)
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Article : texte imprimé
Giner, E., Auteur ; Hills, D. A., Auteur ; Fuenmayor, F. J. ; Armero, Francisco, Éditeur scientifique |A Fretting fatigue test for a complete contact problem is modeled using the finite element method. The Objective is to obtain the response of the specimen indenter contact under loading unloading cycles. These are generated by applying a cyclic [...]
Article : texte imprimé
X. Wang, Auteur ; Armero, Francisco, Éditeur scientifique ; Huang, G. H. ; Yang, Z. F., Auteur |In this study, a high-order compact (HOC) scheme for solving the convection-diffusion equation (CDE) under a nonuniform grid setting is developed. To eliminate the difficulty in dealing with convection terms through traditional numerical methods[...]
Article : texte imprimé
Tsai, C. C., Auteur ; Young, D. L., Auteur ; Lo, D. C. ; Wong, T. K. ; Armero, Francisco, Éditeur scientifique |The Main purpose of the present paper is to provide pratical and numerical implementations of the method of fundamental solutions for three-dimensional exterior Stokes problems with quiet far-field condition and discuss the issues therein. The S[...]
Article : texte imprimé
Kaiming Xia, Auteur ; Masud, Arif, Auteur ; Armero, Francisco, Éditeur scientifique |Standard displacement based finite element formulations show a tendency to lock in the modeling of nearly incompressible materials. This Overly stiff response often leads to an over estimation of the collapse load for the system. In this paper [...]
Article : texte imprimé
Hsu, Tai-wen, Auteur ; Tsai, Chin-Yen ; Wang, Yung-Her ; Lan, Yuan-Jyh, Auteur ; Armero, Francisco, Éditeur scientifique |In this study, a finite element method proposed by Hsu et al. in 2003 is explended to develop a numerical model for the simulation of wave transformation in the surf zone. The governing equation is the elliptic mild slope equation including the [...]
