Finite Element

Morphing methods to parameterize specimen-specific finite element model geometries

Mechanical Engineering / Biomedical Engineering / Biomechanics / Sensitivity Analysis / Finite Element / Finite Element Analysis / Humans / Computer Simulation / Femur / Eye / Finite Element Model / Material Properties / Parametric analysis / Biomechanical Phenomena / Finite Element Analysis / Humans / Computer Simulation / Femur / Eye / Finite Element Model / Material Properties / Parametric analysis / Biomechanical Phenomena

A general purpose sparse matrix parallel solvers package

User Interface / Finite Element / PARTIAL DIFFERENTIAL EQUATION / Linear System / Finite Volume / Finite Difference / Sparse Matrix / Gradient Method / Hybrid Method / Finite Difference / Sparse Matrix / Gradient Method / Hybrid Method

Parallel numerical solution of intracellular calcium dynamics

Finite Element / Numerical Method / Numerical Simulation / Reaction-Diffusion Systems / Endoplasmic Reticulum / Piecewise Linear / Length scale / Cell communication / Boundary Condition / Numerical Solution / Domain Decomposition / Second Messengers / Intracellular Calcium / Piecewise Linear / Length scale / Cell communication / Boundary Condition / Numerical Solution / Domain Decomposition / Second Messengers / Intracellular Calcium

Contact Galvani potential differences at liquid∣liquid interfaces

Analytical Chemistry / Finite Element / Electroanalytical Chemistry / Flow Rate / Theoretical Model

An Element-by-Element Multilevel Block ILU Preconditioner Using GLAS

Finite Element / Matrix Theory / OPERATING SYSTEM / Finite Element Analysis / Very high throughput / Galerkin Method / Matrix Algebra / Galerkin Method / Matrix Algebra

Parallel preconditioning of a sparse eigensolver

Cognitive Science / Distributed Computing / Parallel Computing / Finite Element / Parallel Algorithm / Finite Difference / Conjugate Gradient / Finite Difference / Conjugate Gradient

A Lagrange multiplier based divide and conquer finite element algorithm

Finite Element / Lagrange Multiplier / Divide and Conquer

An implicit three-dimensional numerical model to simulate transport processes in coastal water bodies

Engineering / Finite element method / Finite Element / Mathematical Sciences / Physical sciences / Turbulent Flow / Oscillations / Water Temperature / Velocity Distribution in Open Channel / Two-Dimensional Hydrodynamic Model / Kinetic Energy / Finite Difference / Numerical Model / Three Dimensional / Coastal waters / Turbulence Model / Water Level / Convection Diffusion Equation / Hydrostatic Pressure / Turbulent Flow / Oscillations / Water Temperature / Velocity Distribution in Open Channel / Two-Dimensional Hydrodynamic Model / Kinetic Energy / Finite Difference / Numerical Model / Three Dimensional / Coastal waters / Turbulence Model / Water Level / Convection Diffusion Equation / Hydrostatic Pressure

Modelling mechanical interfaces experiencing micro-slip/slap

Engineering / Finite Element / Mathematical Sciences / Parameter Identification / Dynamic Response / Dynamic behaviour of materials / Structural Response / Dynamic behaviour of materials / Structural Response

METODOS ITERATIVOS PENALIZADOS PARA FORMULACIONES MIXTAS DE ELEMENTOS FINITOS

Hybrid and mixed finite element methods / Finite Element / Lagrange Multiplier

Parallel distributed computing using Python

Environmental Engineering / Civil Engineering / Distributed Computing / Water resources / Finite Element / Fluid flow / Message Passing / High performance / Parallel Computer / Message Passing Interface / Large Scale / Algorithms and Data Structure / Fluid flow / Message Passing / High performance / Parallel Computer / Message Passing Interface / Large Scale / Algorithms and Data Structure

A large strain plasticity model for anisotropic materials — composite material application

Materials Engineering / Mechanical Engineering / Civil Engineering / Plasticity / Finite Element / Composite Material / Finite Strain / Composite Material / Finite Strain

Simulación de ensayos de impacto tracción sobre probetas de plástico mediante el método de elementos finitos

Finite element method / Finite Element / Strain Rate / High strain rate testing / Polypropylene / Palabras Clave: BIM
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