Modulbeschreibung

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Titel
Title
Aerodynamik 2 (ILST)
Modulcode
Module Code
AER2_ILST
Modulverantwortliche
Responsible Members of Staff
Kompetenzziele des Moduls
Module Competence Goals
Students will deal with the applied Aerodynamics, laboratory work experimental Aerodynamics and advanced
Lehrinhalte
Content
* Fundamentals - Aerodynamic forces and moments - Types of current * Fundamentals equations - Conservation laws - Conservation of mass-continuity - Conversation of momentum - Conversation of energy - Conservation equations in differential Form - Conservation of mass-continuity - Conversation of momentum - Conversation of energy - Streamlines - Stream function - Circulation - Condition of a model metallic - Energy * Frictionless, incompressible flux - The Bernoulli equation - Pitot static probe – measurement of the efflux velocity - Compression coefficient - Laplace equation - Boundary condition - Translation current flow: The first elementary current flow - Source of current flow: The second elementary current - Superheterodyning of a translation current flow with source and depression of the ground - Dipole current flow: Our 3rd elementary solution - The potential whirlpool: Our fourth elementary solution - Marked aerodynamic lift current over a circular cylinder - The Kutta-Joukowski Theorem and the Production from upthrust - Currents flow over any body without upthrust – numerical Panel Source Procedure * Incompressible current flow over Profile - Profile relations * Incompressible wings blower stream in a wind tunnel * Compressible current flow * Transonic current flow similarity - General remarks - Potential equation - Linear Potential equation - Prandtl-Glauert compressibility Correction * Marked friction currents flow - The Havier-Stokes equation - The energy equation * Aerodynamics of total flight
Lehrende
Lecturers
Lehr- und Lernmethoden
Teaching Format
Seminaristischer Unterricht (SU), Modulbezogene Übung (MÜ)
Lernform
Study Format
Präsenzstudium, angeleitetes Selbststudium
Prüfungsform
Examination
Klausur nach Prüfungsordnung
Prüfungsdauer
Test Duration
120 Minuten
Voraussetzungen für die Teilnahme
Required Experience
Siehe aktuelle Prüfungsordnung
Verwendbarkeit
Applicability
tbd
Studentische Arbeitsbelastung
Hours
.
Präsenzstudium
Contact Hours per week
0
Selbststudium
Self Study Hours
0
ECTS-Leistungspunkte
ECTS-Credits
2
Häufigkeit des Angebotes
Frequency
1 Mal pro Studienjahr im 1. Semester / Wintersemester
Sprache
Language
Deutsch
Bemerkungen
Comments
Keine Bemerkung
Literatur
Literature
Die aktuellen Literaturlisten werden zu Beginn des Semesters verteilt.
Angebot
Courses
SemesterStudiengangSWSFormGültigkeitsbeginnGültigkeitsendeWahlpflicht
5ILST_DIPLOM2Seminaristischer Unterricht20002003Pflichtmodul