ILIAS für Lehre und Lernen – Universität Stuttgart
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Lehre und Lernen digital – Einstieg
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ILIAS an der Universität Stuttgart
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Die C@MPUS-ILIAS-Schnittstelle
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Sandkasten zum Ausprobieren
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Für Dozent*innen
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Empfehlungen für hybride Lehrszenarien
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Empfehlungen für online angebotene Lehrveranstaltungen
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Hilfe zur Selbsthilfe
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Kursvorlagen
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Beratung, Support und Schulungsangebote
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Good-Practice-Beispiele
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Terminkoordination Scheinklausuren
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Für Student*innen
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Leben, Lernen und Vernetzen
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Neu an der Uni Stuttgart? So gelingt dein digitaler Start!
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Modeling of Two-Phase Flows
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1 Introduction
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2 The Euler-Lagrange Model of Computational Fluid Mechanics (CFD)
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3 Two-Fluid CFD Model for Adiabatic Two-Phase Flows (Gas-Liquid)
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4 Single- and Two-Phase Flow Eulerian Turbulence Modeling
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5 Stratified Flows
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6 Direct Numerical Simulation
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7 Two-Fluid CFD Model for Flow with Heat and Mass Transfer
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Cover Sheet - Part II
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Boiling, Cavitation and Condensation of Water, Examples
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Direct-Contact Heat and Mass Transfer
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Example: CFD Model of Sub-Cooled Boiling
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Conversion Between Microscopic and Macroscopic Modeling
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Example: Thermal Cavitation in Gravity-Driven Pipe Flow
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Example: Unsteady Pool Boiling
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Wall-Boiling Model
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8 CFD of Dewing and Evaporation
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9 Flow and Heat Transfer at Super-Critical Pressure
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Technical Application of Supercritical Water
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Technical Application of Supercritical Carbon Dioxide
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Experiments of Heat Transfer to Supercritical Water Pipe Flows
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Example: Heat transfer for sCO2 cooling in a 2 mm tube
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Empirical Heat Transfer Correlations
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Direct Numerical Simulation of Heated Pipe Flow
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DNS Database for supercritical Pipe Flow
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Turbulence Model for Supercritical Pressure
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