Stephane Louis Clain
AuthID: R-000-XG1
31
TITLE: Very high-order accurate finite volume scheme on curved boundaries for the two-dimensional steady-state convection-diffusion equation with Dirichlet condition
AUTHORS: Costa, R; Clain, S; Loubere, R; Machado, GJ;
PUBLISHED: 2018, SOURCE: APPLIED MATHEMATICAL MODELLING, VOLUME: 54
AUTHORS: Costa, R; Clain, S; Loubere, R; Machado, GJ;
PUBLISHED: 2018, SOURCE: APPLIED MATHEMATICAL MODELLING, VOLUME: 54
32
TITLE: a posteriori stabilized sixth-order finite volume scheme for one-dimensional steady-state hyperbolic equations Full Text
AUTHORS: Stephane Clain; Raphael Loubere; Gaspar J Machado;
PUBLISHED: 2018, SOURCE: ADVANCES IN COMPUTATIONAL MATHEMATICS, VOLUME: 44, ISSUE: 2
AUTHORS: Stephane Clain; Raphael Loubere; Gaspar J Machado;
PUBLISHED: 2018, SOURCE: ADVANCES IN COMPUTATIONAL MATHEMATICS, VOLUME: 44, ISSUE: 2
INDEXED IN: 
WOS
WOS33
TITLE: a posteriori stabilized sixth-order finite volume scheme for one-dimensional steady-state hyperbolic equations (vol 44, pg 571, 2018) Full Text
AUTHORS: Stephane Clain; Raphael Loubere; Gaspar J Machado;
PUBLISHED: 2018, SOURCE: ADVANCES IN COMPUTATIONAL MATHEMATICS, VOLUME: 44, ISSUE: 2
AUTHORS: Stephane Clain; Raphael Loubere; Gaspar J Machado;
PUBLISHED: 2018, SOURCE: ADVANCES IN COMPUTATIONAL MATHEMATICS, VOLUME: 44, ISSUE: 2
INDEXED IN: WOS
WOS34
TITLE: Foreword to the Special Focus on Advances in Symbolic and Numeric Computation II
AUTHORS: Loja, A; Clain, SL; Barbosa, JI; Rodrigues, JA;
PUBLISHED: 2018, SOURCE: Mathematics in Computer Science, VOLUME: 12, ISSUE: 2
AUTHORS: Loja, A; Clain, SL; Barbosa, JI; Rodrigues, JA;
PUBLISHED: 2018, SOURCE: Mathematics in Computer Science, VOLUME: 12, ISSUE: 2
35
TITLE: A posteriori stabilized sixth-order finite volume scheme for one-dimensional steady-state hyperbolic equations
AUTHORS: Stéphane Clain; Raphaël Loubère; Gaspar J Machado;
PUBLISHED: 2018, SOURCE: Advances in Computational Mathematics, VOLUME: 44, ISSUE: 2
AUTHORS: Stéphane Clain; Raphaël Loubère; Gaspar J Machado;
PUBLISHED: 2018, SOURCE: Advances in Computational Mathematics, VOLUME: 44, ISSUE: 2
INDEXED IN: 
Scopus
Scopus IN MY: 
ORCID
ORCID36
TITLE: A sixth-order finite volume method for diffusion problem with curved boundaries
AUTHORS: Boularas, A; Clain, S; Baudoin, F;
PUBLISHED: 2017, SOURCE: APPLIED MATHEMATICAL MODELLING, VOLUME: 42
AUTHORS: Boularas, A; Clain, S; Baudoin, F;
PUBLISHED: 2017, SOURCE: APPLIED MATHEMATICAL MODELLING, VOLUME: 42
37
TITLE: A well-balanced scheme for the shallow-water equations with topography or Manning friction Full Text
AUTHORS: Victor Michel Dansac; Christophe Berthon; Stephane Clain; Francoise Foucher;
PUBLISHED: 2017, SOURCE: JOURNAL OF COMPUTATIONAL PHYSICS, VOLUME: 335
AUTHORS: Victor Michel Dansac; Christophe Berthon; Stephane Clain; Francoise Foucher;
PUBLISHED: 2017, SOURCE: JOURNAL OF COMPUTATIONAL PHYSICS, VOLUME: 335
INDEXED IN: Scopus WOS
Scopus WOS IN MY: ORCID
ORCID38
TITLE: The MOOD method for the non-conservative shallow-water system
AUTHORS: Clain, S; Figueiredo, J;
PUBLISHED: 2017, SOURCE: COMPUTERS & FLUIDS, VOLUME: 145
AUTHORS: Clain, S; Figueiredo, J;
PUBLISHED: 2017, SOURCE: COMPUTERS & FLUIDS, VOLUME: 145
39
TITLE: Numerical simulation of breast reduction with a new knitting condition Full Text
AUTHORS: Lopes, D; Clain, S; Pereira, RMS; Machado, GJ; Smirnov, G ; Vasilevskiy, I;
PUBLISHED: 2017, SOURCE: INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN BIOMEDICAL ENGINEERING, VOLUME: 33, ISSUE: 2
AUTHORS: Lopes, D; Clain, S; Pereira, RMS; Machado, GJ; Smirnov, G ; Vasilevskiy, I;
PUBLISHED: 2017, SOURCE: INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN BIOMEDICAL ENGINEERING, VOLUME: 33, ISSUE: 2
40
TITLE: Pressure drop measurements for woven metal mesh screens used in electrical safety switchgears
AUTHORS: Bussière, W; Rochette, D; Clain, S; André, P; Renard, JB;
PUBLISHED: 2017, SOURCE: INTERNATIONAL JOURNAL OF HEAT AND FLUID FLOW, VOLUME: 65
AUTHORS: Bussière, W; Rochette, D; Clain, S; André, P; Renard, JB;
PUBLISHED: 2017, SOURCE: INTERNATIONAL JOURNAL OF HEAT AND FLUID FLOW, VOLUME: 65
