Lakhdar Remaki is an associate professor and department head at Alfaisal University. He received his PhD degree in applied mathematics from Claude Bernard University of Lyon, France. He has been a BCAM-BALTGAR research professor and CFD group leader at Basque Centre of Applied Mathematics (BCAM). He worked in many world-class institutions including Swansea University (UK), Sherbrooke University (Canada), Ecole Polytechnique of Montreal (CANADA), McGill University (Canada). His research expertise include computational fluid dynamic, PDEs, finite element and finite volume methods, shock detection, aerodynamic, gas-particle interaction, acoustics, mesh generation and adaptivity, signal and image analysis and Machine-Learning. He leaded many successful industrial and academic projects, he MADE several scientific contributions to the different fields published in over 80 journals and proceedings.
Associate Professor of Mathematics, Chair of Mathematics & Computer Science Department
Bio
CV
Publications
An alternative to SVM Method for Data Classification
Time-adaptive Adomian decomposition-based numerical scheme for Euler equations
Adomian Decomposition Based Numerical Scheme for Flow simulations
New simplified algorithm for the multiple rotating frame approach in computational fluid dynamics
Assessment of Nitsche’s method for Dirichlet boundary conditions treatment
Discontinuous high-order finite-volume/finite-element method for inviscid compressible flows
Lagged and instantaneous dynamical influences related to brain structural connectivity
BBIPED: BCAM-Baltogar Industrial Platform for Engineering Design
Identification of defects originated during the filling of cast pieces through particles modelling
Spray drag effect of fluidized sand for a supersonic vehicle
Efficient Rotating Frame Simulation in Turbomachinery
Numerical simulation and wind tunnel measurements on a tricycle wheel sub-system
Bbiped an su2-based opensource: New multiple rotating frame developments
Aerodynamic study of a tricycle wheel subsystem for drag reduction
Fluidized sand effect on drag forces for a supersonic vehicle
Computational fluid dynamics applied to the aerodynamic design of a land‐based supersonic vehicle
Aerodynamic computations using a finite volume method with an HLLC numerical flux function
A high order finite volume-HLLC solver and anisotropic delaunay mesh adaptation
Hermite-based mesh adaptation for functional outputs improvement in fluid flow simulation
A posteriori error estimate improvement in mesh adaptation for computer fluid dynamics applications
Functional Outputs Error Based Mesh Adaptation
3-D mesh adaptation on multiple weak discontinuities and boundary layers
On the a posteriori error estimation in mesh adaptation to improve CFD solutions
Pacing CFD: automatic mesh adaptation as an efficient tool to improve CFD accuracy
Toward an Optimal Initial Grid for CFD
An Acoustic-Inspired Approach to Optimal CFD Grid Generation
Optimal initial grid generation for viscous flows
Efficient anisotropic mesh adaptation on weak and multiple shocks
Geometrical-and solution-based mesh adaptation on a NASA semi-span flap
Numerical schemes of shock filter models for image enhancement and restoration
A 3 D isovalue-oriented artificial viscosity for CFD
An anisotropic isovalue-oriented artificial viscosity
A new X-ray calibration/reconstruction system for 3D clinical assessment of spinal deformities
Conservation laws with discontinuous coefficients
KCS-new kernel family with compact support in scale space: formulation and impact
Un modèle HMM pour la détection des mots composés dans un corpus textuel
Use of classifiers in computer-assisted reading and analysis of text (CARAT)
Presentations
Calendar
Announcements
Classes