Finite Difference Method

Three-dimensional finite-difference bidomain modeling of homogeneous cardiac tissue on a data-parallel computer

Algorithms / Cardiology / Biomedical Engineering / Parallel Processing / Humans / Computer Simulation / Heart / Finite Difference / Finite Difference Method / Three Dimensional / Parallel Computer / Electrical And Electronic Engineering / Finite Difference Methods / Computing Methodologies / Computer Simulation / Heart / Finite Difference / Finite Difference Method / Three Dimensional / Parallel Computer / Electrical And Electronic Engineering / Finite Difference Methods / Computing Methodologies

Declaracion_informativa_de_sueldos_y_salarios._Guia_para_su_llenado.pdf

Chemical Engineering / Materials Science / Kinetics / Heat Transfer / Metallurgical / Heat transfer coefficient / Heat Flux / Mathematical Model / Finite Difference / Finite Difference Method / Aluminum Alloy / Heat transfer coefficient / Heat Flux / Mathematical Model / Finite Difference / Finite Difference Method / Aluminum Alloy

Electromechanical model of excitable tissue to study reentrant cardiac arrhythmias

Finite element method / Cellular mechanotransduction / Humans / Computer Simulation / Animals / Feedback / Large Deformation Mechanics / Cardiac Arrhythmias / Finite Difference Method / Action Potentials / Body Surface Potential Mapping / Biochemistry and cell biology / Feedback / Large Deformation Mechanics / Cardiac Arrhythmias / Finite Difference Method / Action Potentials / Body Surface Potential Mapping / Biochemistry and cell biology

Computational modeling of biomagnetic micropolar blood flow and heat transfer in a two-dimensional non-Darcian porous medium

Applied Mathematics / Heat Transfer / Finite element method / Magnetic field / Computer Model / Mathematical Model / Flow Regime / Blood Flow / Finite Difference Method / Interdisciplinary Engineering / Porous Medium / Meccanica / Boundary Condition / Numerical Solution / Similarity Transformation / Mathematical Model / Flow Regime / Blood Flow / Finite Difference Method / Interdisciplinary Engineering / Porous Medium / Meccanica / Boundary Condition / Numerical Solution / Similarity Transformation

An efficient numerical algorithm for the L2 optimal transport problem with periodic densities

Applied Mathematics / Image Processing / Multiple sclerosis / Numerical Analysis / Numerical Method / Linear System / Finite Difference Method / Fast Fourier Transform / PROBABILITY DENSITY / Optimal Transportation / Finite Difference Scheme / Linear System / Finite Difference Method / Fast Fourier Transform / PROBABILITY DENSITY / Optimal Transportation / Finite Difference Scheme

Natural convection in a trapezoidal enclosure filled with a porous medium

Civil Engineering / Applied Mathematics / Heat Transfer / Natural Convection / Engineering Science / Finite Difference Method / Nusselt Number / Porous Medium / Stream Function / Aspect Ratio / Finite Difference Method / Nusselt Number / Porous Medium / Stream Function / Aspect Ratio

Modelo De Obtencion De Distribuciones De Temperatzjras y De Tensiones Longitudinales Autoequilibradas en Puentes De Hormigon

Program Development / Temperature Distribution / Seismic analysis and design / Time Dependent / Cross Section / Analytical Model / Finite Difference Method / Stress distribution / Stress Distribution / Thermal Effects / Analytical Model / Finite Difference Method / Stress distribution / Stress Distribution / Thermal Effects

Tri-Polar Concentric Ring Electrode Development for Laplacian Electroencephalography

Biomedical Engineering / Computer Aided Design / Electroencephalography / Temporal Resolution / Brain Mapping / Brain / Humans / Computer Simulation / Computer Model / Female / Male / Space Use / Motor Evoked Potentials / General Electric / Adult / Finite Difference Method / Spatial resolution / Electrodes / Human Subjects / Signal to Noise Ratio / High Spatial Resolution / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering / Brain / Humans / Computer Simulation / Computer Model / Female / Male / Space Use / Motor Evoked Potentials / General Electric / Adult / Finite Difference Method / Spatial resolution / Electrodes / Human Subjects / Signal to Noise Ratio / High Spatial Resolution / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering

Design Consideration of Polarization Converter Based on Silica Photonic Crystal Fiber

Photonic Crystals / Silica / Optical Waveguide / Optical physics / Vectors / Finite Difference / Finite Difference Method / Photonic crystal fiber / Indexation / Electrical And Electronic Engineering / Finite Difference Methods / Beam Propagation Method / Optical Rotation / Finite Difference / Finite Difference Method / Photonic crystal fiber / Indexation / Electrical And Electronic Engineering / Finite Difference Methods / Beam Propagation Method / Optical Rotation

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