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Louis Dreßler

Maschinenbauingenieur

Name	Louis Dreßler
Ort	Deutschland
Geschlecht	männlich
Akademischer Grad bzw. Titel	Dr.-Ing. (Fachbereich Maschinenbau der Technischen Universität Darmstadt) (2021)
Beruf	Maschinenbauingenieur (charakteristischer Beruf)
Variante	Louis Jons Dreßler
Quelle	Webseite: https://www.rsm.tu-darmstadt.de/home_rsm/members_rsm/members_details_163136.de.jsp (Stand: 15.09.2022)
Datensatztyp	Person
GND-Nummer	1268121622
Datensatz-ID	1268121622
Beteiligt an alle anzeigen A Wall-Adapted Anisotropic Heat Flux Model for Large Eddy Simulations of Complex Turbulent Thermal Flows Influence of Thickening Factor Treatment on Predictions of Spray Flame Properties Using the ATF Model and Tabulated Chemistry Investigations of Evaporative Cooling and Turbulence Flame Interaction Modeling in Ethanol Turbulent Spray Combustion Using Tabulated Chemistry Analysis of Local Exergy Losses in Combustion Systems Using a Hybrid Filtered Eulerian Stochastic Field Coupled with Detailed Chemistry Tabulation: Cases of Flames D and E Computation of Entropy Production in Stratified Flames Based on Chemistry Tabulation and an Eulerian Transported Probability Density Function Approach Computation of Entropy Production in Stratified Flames Based on Chemistry Tabulation and an Eulerian Transported Probability Density Function Approach Numerical Prediction of Turbulent Spray Flame Characteristics Using the Filtered Eulerian Stochastic Field Approach Coupled to Tabulated Chemistry The Exergy Losses Analysis in Adiabatic Combustion Systems including the Exhaust Gas Exergy Towards Predictive Large-Eddy-Simulation-based Modeling of Reactive Multiphase Flows using Tabulated Chemistry A Wall-Adapted Anisotropic Heat Flux Model for Large Eddy Simulations of Complex Turbulent Thermal Flows Influence of Thickening Factor Treatment on Predictions of Spray Flame Properties Using the ATF Model and Tabulated Chemistry

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Katalog der Deutschen Nationalbibliothek

Louis Dreßler

A Wall-Adapted Anisotropic Heat Flux Model for Large Eddy Simulations of Complex Turbulent Thermal Flows

Influence of Thickening Factor Treatment on Predictions of Spray Flame Properties Using the ATF Model and Tabulated Chemistry

Investigations of Evaporative Cooling and Turbulence Flame Interaction Modeling in Ethanol Turbulent Spray Combustion Using Tabulated Chemistry

Analysis of Local Exergy Losses in Combustion Systems Using a Hybrid Filtered Eulerian Stochastic Field Coupled with Detailed Chemistry Tabulation: Cases of Flames D and E

Computation of Entropy Production in Stratified Flames Based on Chemistry Tabulation and an Eulerian Transported Probability Density Function Approach

Computation of Entropy Production in Stratified Flames Based on Chemistry Tabulation and an Eulerian Transported Probability Density Function Approach

Numerical Prediction of Turbulent Spray Flame Characteristics Using the Filtered Eulerian Stochastic Field Approach Coupled to Tabulated Chemistry

The Exergy Losses Analysis in Adiabatic Combustion Systems including the Exhaust Gas Exergy

Towards Predictive Large-Eddy-Simulation-based Modeling of Reactive Multiphase Flows using Tabulated Chemistry

A Wall-Adapted Anisotropic Heat Flux Model for Large Eddy Simulations of Complex Turbulent Thermal Flows

Influence of Thickening Factor Treatment on Predictions of Spray Flame Properties Using the ATF Model and Tabulated Chemistry