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Strukturbaum
Keine Einordnung ins Vorlesungsverzeichnis vorhanden.
Veranstaltung ist aus dem Semester
WiSe 2023/24
, Aktuelles Semester: WiSe 2024/25
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Reactive Flows
Sprache: Englisch
Keine Belegung möglich
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(Keine Nummer)
Vorlesung
WiSe 2023/24
2 SWS
jedes 2. Semester
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Lehreinheit:
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Maschinenbau
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ISE/ME M.Sc. 2, ISE/Mechanical Engineering (Master of Science, EE, PL, ME)
(
1.
Semester )
- Studienphase : 1. FS
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15 M.Sc.ISE, Mechanical Engineering (Master of Science, M)
(
1.
Semester )
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15 M.Sc.ISE, Mechanical Engineering (Master of Science, EEE)
(
1.
Semester )
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15 M.Sc.ISE, Mechanical Engineering (Master of Science, GME)
(
1.
Semester )
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15 M.Sc. ISE, Mechanical Engineering (Master of Science, SOT - Ship and Offshore Technology)
(
1.
Semester )
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ISE/ME M.Sc. 1, ISE/Mechanical Engineering (Master of Science, GME)
(
1.
Semester )
- Studienphase : 1. FS
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Zugeordnete Lehrpersonen:
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wiss. Mitarbeiter
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Schulz
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Termin:
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Dienstag
08:00
-
09:30
wöch.
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Raum :
LB 134
LB
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Beschreibung:
Reactive flows play a major role in technical processes for energy generation and material synthesis and are used in numerous technical plants. A central element is the coupling of fluid dynamics, chemical reaction and mass and heat transfer.The understanding of these processes strongly relies on chemical thermodynamics and chemical kinetics. The interaction between reaction and fluid flow is of special interest in reactive gas-phase processes with strong energy release. High temperature gas-phase reactions require the fundamental understanding of radical reactions and complex reaction schemes.
1 Introduction
2 Reactive fluids and energy science
3 Chemical thermodynamics and reaction kinetics
4 General flame phenomena and parameters of combustion technology
5 Transport processes
6 Heterogeneous reactions
Lernziele:
The students learn to explain and critically review the thermodynamical and kinetics background of high-temperature gas-phase reactions.
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