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Strukturbaum
Keine Einordnung ins Vorlesungsverzeichnis vorhanden.
Veranstaltung ist aus dem Semester
WiSe 2020/21
, Aktuelles Semester: SoSe 2024
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Network Analysis
Sprache: Englisch
Keine Belegung möglich
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(Keine Nummer)
Tutorium
WiSe 2020/21
1 SWS
jedes 2. Semester
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Lehreinheit:
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Elektrotechnik und Informationstechnik
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15 B.Sc.ISE, Steel Technology and Metal Forming, STMF (Bachelor of Science)
(
1.
Semester )
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15 B.Sc.ISE, Structural Engineering
(
1.
Semester )
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ISE/MMF B.Sc., ISE/Metallurgy and Metal Forming (Bachelor of Science)
(
1.
Semester )
- Studienphase : 1. FS
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ISE/ME B.Sc., ISE/Mechanical Engineering (Bachelor of Science)
(
1.
Semester )
- Studienphase : 1. FS
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ISE/EEE B.Sc., ISE/Electrical and Electronic Engineering (Bachelor of Science)
(
1.
Semester )
- Studienphase : 1. FS
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ISE/CSCE B.Sc., ISE/Computer Science and Communications Engineering (Bachelor of Science)
(
1.
Semester )
- Studienphase : 1. FS
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ISE/CE B.Sc., ISE/Computer Engineering (Bachelor of Science)
(
1.
Semester )
- Studienphase : 1. FS
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102166
(
1.
Semester )
- Studienphase : 1. FS
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ISE/ACE B.Sc., ISE/Automation and Control Engineering (Bachelor of Science)
(
1.
Semester )
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15 B.Sc.ISE, Metallury and Metal Forming MMF (Bachelor of Science)
(
1.
Semester )
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15 B.Sc.ISE, Mechanical Engineering (Bachelor of Science)
(
1.
Semester )
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Zugeordnete Lehrpersonen:
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Schmechel
verantwort
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Wiss. Mitarb.
begleitend
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Gruppe:
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Termin:
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Freitag
16:00
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17:00
wöch.
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Gruppe:
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Termin:
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Freitag
17:00
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18:00
wöch.
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| Kommentar: |
Beschreibung:
This lecture course defines basic electric and magnetic quantities and their units. It introduces the basic physical laws of static electric and magnetic fields as well as of stationary current fields. In parallel, materials will be divided according to their electrical and magnetic properties. Finally, Faraday´s Law of Induction is introduced as an first step into time varying fields. Lernziele:
The students are able:
• to describe electric, magnetic and current fields by their correct quantities and units
• to calculate field distributions in simple geometries
• to classify materials according to their electric and magnetic properties
• to calculate forces in electrical and magnetic fields of simple geometry
• to determine the energy content of static electrical and magnetic fields
• to calculate the capacitance of different formed capacitors, within their mathematical skills
• to calculate the resistance of different formed bodies, within their mathematical skills
• to calculate the induced current and voltage as consequence of the movement in a spatial inhomogeneous or time-depending magnetic field. |
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| Bemerkung: |
Diese Veranstaltung wird aus Studienbeiträgen/Qualitätsverbesserungsmitteln finanziert. |
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