Boundary Condition

Improved quasi-TEM spectral domain analysis of boxed coplanar multiconductor microstrip lines

Domain Analysis / Galerkin Method / Boundary Condition / Charge Distribution / Electrical And Electronic Engineering / Microstrip Line

SIMASS - MODELO PARA SIMULAR O TRANSPORTE DE ÁGUA E SOLUTOS NO SOLO I: DESENVOLVIMENTO E TESTE DE SENSIBILIDADE1

Unsaturated soil / Solute transport / Mathematical Model / Finite Difference / Unsteady flow / Finite Difference Method / Boundary Condition / Soil Profile / Soil Water / Finite Difference Method / Boundary Condition / Soil Profile / Soil Water

Improved quasi-TEM spectral domain analysis of boxed coplanar multiconductor microstrip lines

Domain Analysis / Galerkin Method / Boundary Condition / Charge Distribution / Electrical And Electronic Engineering / Microstrip Line

Improved quasi-TEM spectral domain analysis of boxed coplanar multiconductor microstrip lines

Domain Analysis / Galerkin Method / Boundary Condition / Charge Distribution / Electrical And Electronic Engineering / Microstrip Line

CENSAYO DE FLUIDOS

Dusty Plasma / Ionosphere / Mathematical Sciences / Physical sciences / Oscillations / Wave propagation / Surface Charge / Boundary Condition / Initial Condition / Boltzmann distribution / Continuity Equation / Wave propagation / Surface Charge / Boundary Condition / Initial Condition / Boltzmann distribution / Continuity Equation

A complete-damage problem at small strains

Applied Mathematics / Mathematical Physics / Boundary Condition / Time varying

Adaptive numerical schemes for a parabolic problem with blow-up

Applied Mathematics / Numerical Method / Numerical Simulation / PARTIAL DIFFERENTIAL EQUATION / Parabolic Wave Equation / Numerical Analysis and Computational Mathematics / Boundary Condition / Blow Up / Heat Equation / Numerical Analysis and Computational Mathematics / Boundary Condition / Blow Up / Heat Equation

Gypsum-carbonate speleothems from Cueva de las Espadas (Naica mine, Mexico): mineralogy and palaeohydrogeological implications

Stable Isotope Analysis / Paleoclimatology / Raman Spectroscopy / Environmental Change / Speleothems / Speleology / Gypsum caves / Water Table / Oscillations / Gypsum / Naica cave / The Naica Caves / Boundary Condition / Water Level / Gypsum Speleothems / FT IR Spectroscopy / Speleology / Gypsum caves / Water Table / Oscillations / Gypsum / Naica cave / The Naica Caves / Boundary Condition / Water Level / Gypsum Speleothems / FT IR Spectroscopy

Accuracy analysis of a spectral Poisson solver

Computational Complexity / Spectral Methods / Numerical Simulation / Spectral method / Boolean Satisfiability / Scaling Law / Poisson Equation / Boundary Condition / Numerical Solution / Charge Distribution / Exact solution methods / Scaling Law / Poisson Equation / Boundary Condition / Numerical Solution / Charge Distribution / Exact solution methods

SIMASS - MODELO PARA SIMULAR O TRANSPORTE DE ÁGUA E SOLUTOS NO SOLO I: DESENVOLVIMENTO E TESTE DE SENSIBILIDADE1

Unsaturated soil / Solute transport / Mathematical Model / Finite Difference / Unsteady flow / Finite Difference Method / Boundary Condition / Soil Profile / Soil Water / Finite Difference Method / Boundary Condition / Soil Profile / Soil Water

A novel experimental setup for gas microflows

Microfluidics / Kinetics / Nanotechnology / Kinetic Theory / Polarizable continuum model / Microfluidics and Nanofluidics / Second Order / Interdisciplinary Engineering / Boundary Condition / Gas Flow / Flow Rate / Experimental Data / Microfluidics and Nanofluidics / Second Order / Interdisciplinary Engineering / Boundary Condition / Gas Flow / Flow Rate / Experimental Data

IBP22604 SIMULAÇÃO NUMÉRICA DE FLUXO COM POÇOS \"VIRTUAIS\" PARA A PREVISÃO DE COMPORTAMENTO DE REGIÕES COM FRONTEIRAS ABERTAS: SEM MODELO COMPLETO DO CAMPO

Case Study / Boundary Condition / Region of Interest

Cell design in bacteria as a convex optimization problem

Engineering / Optimal Control / Systems Biology / Modeling / Convex Optimization / Dynamic programming / Supervisory Control / Synchronization / System Biology / Multi Agent System / Optimization Problem / Controllability / Stochastic Control / Mathematical Sciences / Consensus / Gram Positive / Multi Agent Systems / Detectability / Automatica / Convex Analysis / Nonlinear / State Space / Space Time / Steady state / Sensorimotor synchronisation / Idempotent / Internal Model / Multiplier / Linear System / Actuator / Bacillus subtilis / Global stability / Dimensionality / Semigroup / Growth rate / Tropical / Muilti-region input-output model / Saturation / Differential equation / Duality / Boundary Condition / Discrete Time Systems / Linearity / Initial Condition / Non Linear Control / LINEAR PROGRAM / Pontryagin maximum principle / Curse of Dimensionality / Small Gain Theorem / Dynamic programming / Supervisory Control / Synchronization / System Biology / Multi Agent System / Optimization Problem / Controllability / Stochastic Control / Mathematical Sciences / Consensus / Gram Positive / Multi Agent Systems / Detectability / Automatica / Convex Analysis / Nonlinear / State Space / Space Time / Steady state / Sensorimotor synchronisation / Idempotent / Internal Model / Multiplier / Linear System / Actuator / Bacillus subtilis / Global stability / Dimensionality / Semigroup / Growth rate / Tropical / Muilti-region input-output model / Saturation / Differential equation / Duality / Boundary Condition / Discrete Time Systems / Linearity / Initial Condition / Non Linear Control / LINEAR PROGRAM / Pontryagin maximum principle / Curse of Dimensionality / Small Gain Theorem

Cell design in bacteria as a convex optimization problem

Engineering / Optimal Control / Systems Biology / Modeling / Convex Optimization / Dynamic programming / Supervisory Control / Synchronization / System Biology / Multi Agent System / Optimization Problem / Controllability / Stochastic Control / Mathematical Sciences / Consensus / Gram Positive / Multi Agent Systems / Detectability / Automatica / Convex Analysis / Nonlinear / State Space / Space Time / Steady state / Sensorimotor synchronisation / Idempotent / Internal Model / Multiplier / Linear System / Actuator / Bacillus subtilis / Global stability / Dimensionality / Semigroup / Growth rate / Tropical / Muilti-region input-output model / Saturation / Differential equation / Duality / Boundary Condition / Discrete Time Systems / Linearity / Initial Condition / Non Linear Control / LINEAR PROGRAM / Pontryagin maximum principle / Curse of Dimensionality / Small Gain Theorem / Dynamic programming / Supervisory Control / Synchronization / System Biology / Multi Agent System / Optimization Problem / Controllability / Stochastic Control / Mathematical Sciences / Consensus / Gram Positive / Multi Agent Systems / Detectability / Automatica / Convex Analysis / Nonlinear / State Space / Space Time / Steady state / Sensorimotor synchronisation / Idempotent / Internal Model / Multiplier / Linear System / Actuator / Bacillus subtilis / Global stability / Dimensionality / Semigroup / Growth rate / Tropical / Muilti-region input-output model / Saturation / Differential equation / Duality / Boundary Condition / Discrete Time Systems / Linearity / Initial Condition / Non Linear Control / LINEAR PROGRAM / Pontryagin maximum principle / Curse of Dimensionality / Small Gain Theorem

MODELAGEM MATEMÁTICA DO PROCESSO DO FORNO DE REAQUECIMENTO WB2 DA LTQ DA ACESITA

Energy Conservation / Numerical Simulation / Energy Balance / Heat Flux / Mathematical Model / Finite Difference / Three Dimensional / Boundary Condition / Finite Difference / Three Dimensional / Boundary Condition

Positive controllability of positive dynamical systems

PARTIAL DIFFERENTIAL EQUATION / Boundary Condition / Dynamic System

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