Theoretical evaluation of falling film evaporation for organic rankine cycle processes

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Alternative title: Theoretische Untersuchung der Rieselfilmverdampfung in Organic Rankine Cycle Prozessen

Location: Deutsche Nationalbibliothek Frankfurt am Main

Extent: Online-Ressource

Language: Englisch

Notes: Rheinisch-Westfälische Technische Hochschule Aachen, Dissertation, 2019

Keyword: Evaporation
Rankine cycle
Evaluation

Event: Veröffentlichung

(where): Aachen

(who): Universitätsbibliothek der RWTH Aachen

(when): 2019

Creator: Höfler, Matthias

Contributor: Kneer, Reinhold
Wirsum, Manfred Christian

DOI: 10.18154/RWTH-2019-07605

URN: urn:nbn:de:101:1-2020061506503482165911

Rights: Der Zugriff auf das Objekt ist unbeschränkt möglich.

Last update: 25.03.2025, 1:48 PM CET

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Associated

Höfler, Matthias
Kneer, Reinhold
Wirsum, Manfred Christian
Universitätsbibliothek der RWTH Aachen

Time of origin

2019

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Flow Separation in Falling Liquid Films

Dynamics of falling films under the influence of a destabilizing body force

Hochschulschrift

Wave characteristics of falling liquid films under the influence of positive and negative inclination or electrostatic forces

Applicability of pulsed 2cLIF-EET for micro-droplet internal thermometry under evaporation conditions

Uncertainty quantification and sensitivity analysis of solid fuel combustion

Investigation of the influence of multiple gasoline direct injections on macroscopic spray quantities at different boundary conditions by means of visualization techniques

Large eddy simulation of three-dimensional mixed convection on a vertical plate

Modeling of Particle Radiation Interaction in Solid Fuel Combustion with Artificial Neural Networks

Char combustion kinetics using a micro fluidized bed reactor

Experimental investigation and modeling of contact heat transfer

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Hochschulschrift

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Flow Separation in Falling Liquid Films

Dynamics of falling films under the influence of a destabilizing body force

Hochschulschrift

Wave characteristics of falling liquid films under the influence of positive and negative inclination or electrostatic forces

Applicability of pulsed 2cLIF-EET for micro-droplet internal thermometry under evaporation conditions

Uncertainty quantification and sensitivity analysis of solid fuel combustion

Investigation of the influence of multiple gasoline direct injections on macroscopic spray quantities at different boundary conditions by means of visualization techniques

Large eddy simulation of three-dimensional mixed convection on a vertical plate

Modeling of Particle Radiation Interaction in Solid Fuel Combustion with Artificial Neural Networks

Char combustion kinetics using a micro fluidized bed reactor

Experimental investigation and modeling of contact heat transfer

Heterogene Reaktionskinetik alternativer Festbrennstoffe

Hochschulschrift

Betriebsverhalten freier Heizflächen unter zeitlich variablen Randbedingungen

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Theoretical evaluation of falling film evaporation for organic rankine cycle processes

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Other Objects (12)

Flow Separation in Falling Liquid Films

Dynamics of falling films under the influence of a destabilizing body force

Wave characteristics of falling liquid films under the influence of positive and negative inclination or electrostatic forces

Applicability of pulsed 2cLIF-EET for micro-droplet internal thermometry under evaporation conditions

Uncertainty quantification and sensitivity analysis of solid fuel combustion

Investigation of the influence of multiple gasoline direct injections on macroscopic spray quantities at different boundary conditions by means of visualization techniques

Large eddy simulation of three-dimensional mixed convection on a vertical plate

Modeling of Particle Radiation Interaction in Solid Fuel Combustion with Artificial Neural Networks

Char combustion kinetics using a micro fluidized bed reactor

Experimental investigation and modeling of contact heat transfer

Heterogene Reaktionskinetik alternativer Festbrennstoffe

Betriebsverhalten freier Heizflächen unter zeitlich variablen Randbedingungen

Flow Separation in Falling Liquid Films

Dynamics of falling films under the influence of a destabilizing body force

Wave characteristics of falling liquid films under the influence of positive and negative inclination or electrostatic forces

Applicability of pulsed 2cLIF-EET for micro-droplet internal thermometry under evaporation conditions

Uncertainty quantification and sensitivity analysis of solid fuel combustion

Investigation of the influence of multiple gasoline direct injections on macroscopic spray quantities at different boundary conditions by means of visualization techniques

Large eddy simulation of three-dimensional mixed convection on a vertical plate

Modeling of Particle Radiation Interaction in Solid Fuel Combustion with Artificial Neural Networks

Char combustion kinetics using a micro fluidized bed reactor

Experimental investigation and modeling of contact heat transfer

Heterogene Reaktionskinetik alternativer Festbrennstoffe

Betriebsverhalten freier Heizflächen unter zeitlich variablen Randbedingungen

Flow Separation in Falling Liquid Films

Dynamics of falling films under the influence of a destabilizing body force

Wave characteristics of falling liquid films under the influence of positive and negative inclination or electrostatic forces

Applicability of pulsed 2cLIF-EET for micro-droplet internal thermometry under evaporation conditions

Uncertainty quantification and sensitivity analysis of solid fuel combustion

Investigation of the influence of multiple gasoline direct injections on macroscopic spray quantities at different boundary conditions by means of visualization techniques

Large eddy simulation of three-dimensional mixed convection on a vertical plate

Modeling of Particle Radiation Interaction in Solid Fuel Combustion with Artificial Neural Networks

Char combustion kinetics using a micro fluidized bed reactor

Experimental investigation and modeling of contact heat transfer

Heterogene Reaktionskinetik alternativer Festbrennstoffe

Betriebsverhalten freier Heizflächen unter zeitlich variablen Randbedingungen

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