Boundary Element Method

MODELADO NUMERICO DE LA PROPAGACIÓN DE FISURAS POR FATIGA EN SÓLIDOS MICROFISURADOS

Fatigue crack growth / Boundary Element Method / Fracture Mechanic

A precise boundary element method for macromolecular transport properties

Chemistry / Computational Chemistry / Public Domain / Boundary Element Methods / Transport Properties / Program Development / Fortran / Boundary Element Method / Surface Area / Rigid Body / THEORETICAL AND COMPUTATIONAL CHEMISTRY / Boundary Condition / Numerical Solution / Program Development / Fortran / Boundary Element Method / Surface Area / Rigid Body / THEORETICAL AND COMPUTATIONAL CHEMISTRY / Boundary Condition / Numerical Solution

A precise boundary element method for macromolecular transport properties

Chemistry / Computational Chemistry / Public Domain / Boundary Element Methods / Transport Properties / Program Development / Fortran / Boundary Element Method / Surface Area / Rigid Body / THEORETICAL AND COMPUTATIONAL CHEMISTRY / Boundary Condition / Numerical Solution / Program Development / Fortran / Boundary Element Method / Surface Area / Rigid Body / THEORETICAL AND COMPUTATIONAL CHEMISTRY / Boundary Condition / Numerical Solution

Cortical current density reconstruction of interictal epileptiform activity in temporal lobe epilepsy

Engineering / Electroencephalography / Adolescent / Temporal Lobe / Humans / Cerebral Cortex / Female / Male / Boundary Element Method / Temporal Lobe Epilepsy / Current Density / Clinical Neurophysiology / Middle Aged / Adult / Neocortex / Electric Conductivity / Magnetic resonance image / Cerebral Cortex / Female / Male / Boundary Element Method / Temporal Lobe Epilepsy / Current Density / Clinical Neurophysiology / Middle Aged / Adult / Neocortex / Electric Conductivity / Magnetic resonance image

A hybrid numerical method to compute erythrocyte TMP in low-frequency electric fields

Algorithms / Information Science / Biomedical Engineering / Finite Element Methods / Finite element method / Boundary Element Methods / Low Frequency / Numerical Method / Finite Element Analysis / In Vitro / Humans / Computer Simulation / Boundary Element Method / Electromagnetic Fields / Three Dimensional / Erythrocyte Membrane / Erythrocytes / Electric Field / Electrical And Electronic Engineering / Extracellular / Hybrid Method / Boundary Element Methods / Low Frequency / Numerical Method / Finite Element Analysis / In Vitro / Humans / Computer Simulation / Boundary Element Method / Electromagnetic Fields / Three Dimensional / Erythrocyte Membrane / Erythrocytes / Electric Field / Electrical And Electronic Engineering / Extracellular / Hybrid Method
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