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Direct Numerical Simulation of Turbulent Dispersion of Buoyant Plumes in a Pressure-Driven channel flow.

Fabregat Tomàs, Alexandre (Date of defense: 2006-12-15)

Simulacó numérica directa de la dispersió turbulenta de plomalls amb flotació en un flux en un canal Alexandre Fabregat Tomás, Tarragona, octubre del 2006 <br/>1 Introducció<br/>L'objectiu d'aquest ...

Numerical study of the heat and mass transfer processes with the Lattice Boltzmann method: Laminar Mixed Convection in a Square Open C

Burgos Vergara, Javier (Date of defense: 2016-07-19)

El tema d’aquesta tesis és l’estudi numèric i implementació del mètode de Lattice Boltzmann utilitzant els models D2Q9 amb múltiples temps de relaxació (MTR), aquest model es aplicat en el camp de ...

Review of Boundary Conditions and Investigation Towards the Development of a Growth Model: a Lattice Boltzmann Method Approach

Puig Arànega, Albert (Date of defense: 2016-09-20)

El mètode de Lattice Boltzmann (LBM) es una tècnica computacional de simulació dinàmica de fluids que esta guanyant popularitat degut a les seves propietats inherents: pot treballar amb geometries ...

Analysis of the Effects of Severe Weather with the COAWST- Model Comparing Coupled and Decoupled Simulations, as well as Using Machine Learning Algorithms to Predict the Impact on Populations

Iglesias Deutú, Jordi (Date of defense: 2023-12-13)

Aquesta tesi doctoral s'estructura en tres capítols interconnectats en el camp de la mecànica de fluids. Els dos primers capítols es centren en l'anàlisi dels efectes del clima extrem, amb el primer ...

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Direct Numerical Simulation of Turbulent Dispersion of Buoyant Plumes in a Pressure-Driven channel flow.

Numerical study of the heat and mass transfer processes with the Lattice Boltzmann method: Laminar Mixed Convection in a Square Open C

Review of Boundary Conditions and Investigation Towards the Development of a Growth Model: a Lattice Boltzmann Method Approach

Analysis of the Effects of Severe Weather with the COAWST- Model Comparing Coupled and Decoupled Simulations, as well as Using Machine Learning Algorithms to Predict the Impact on Populations

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Direct Numerical Simulation of Turbulent Dispersion of Buoyant Plumes in a Pressure-Driven channel flow.

Numerical study of the heat and mass transfer processes with the Lattice Boltzmann method: Laminar Mixed Convection in a Square Open C

Review of Boundary Conditions and Investigation Towards the Development of a Growth Model: a Lattice Boltzmann Method Approach

Analysis of the Effects of Severe Weather with the COAWST- Model Comparing Coupled and Decoupled Simulations, as well as Using Machine Learning Algorithms to Predict the Impact on Populations