Module Description BaET2012_Ingenieurakustik (Acoustics for Engineers)
Responsible: Prof. Dr. Pörschmann
Module
Admissible Courses
Module Organization
Module identifiers |
Long |
BaET2012_Ingenieurakustik (Acoustics for Engineers) |
MID |
BaET2012_IAK |
MPID |
|
|
|
Assignment to program |
Degree program |
BaET2012 |
Specialization |
N |
Knowledge fields |
N_SPEZ |
|
|
Assignment to curriculum |
Semester |
5-6 |
Core for |
|
Elective |
N |
|
|
Version |
created |
2013-07-10 |
VID |
1 |
valid from |
WS 2012/13 |
valid to |
|
|
Identifier in Certificate
de
Ingenieurakustik
en
Acoustics for Engineers
Instruction Language
German
Assessment
Type |
oE |
normal case (large number of assessments: wE) |
ECTS-CP contribution by knowledge fields |
N_SPEZ |
5 |
Total |
5 |
Total effort (hours): 150
Module Components
Vorlesung / Übung
Type of component assessment |
bÜA |
Exercise (on course and self study) |
Contribution to module grade |
bÜA |
not rated |
Specific Objectives
Knowledge
- Basic physical quantities which are relevant for the radiation of sound. (PFK.2,PFK.3, PFK.4, PFK.5,PFK.11)
- Sound radiation in enclosures and in free field (PFK.2,PFK.3, PFK.4, PFK.5,PFK.11)
- Principles of electric transducers (PFK.2,PFK.3, PFK.4, PFK.5,PFK.11)
Aquired Skills
- Apply basic methods for calculation of sound radiation (PFK.2,PFK.3, PFK.4, PFK.5,PFK.11)
- Apply methods for sound field calculation to simple real life problems (PFK.2, PFK.3, PFK.5)
- Analysis and desciption of systems applying loudspeakers and microphones (PFK.2, PFK.3, PFK.5)
- Calculate and describe the complete audio processing chain of sound radiation from microphone via the electromechanic transducers and a transmission channel to the loudspeaker. (PFK.2,PFK.3, PFK.4, PFK.5,PFK.7, PFK.9, PFK.11)
Example of Course Implementation
Lab
Type of component assessment |
fSC |
Lab Exeriment |
wR |
Report on Lab Experiment |
Contribution to module grade |
ftP |
Attestation |
wR |
Report on Lab Experiment |
Specific Objectives
Aquired Skills
- convert written tasks into real measurements (PFK.4, PFK.5, PFK.9, PSK.6)
- set up measurements (PFK.9, PFK.10)
- provide adequate documentation of measurements (PFK.13)
- evaluate and discuss measurement results(PFK.14)
Operational Competences
- Convert technical requirements into real systems (PFK.9, PSK.1, PSK.5)
- Compare and evaluate practical and theoretical results (PFK.10, PFK.13, PFK.14)
- Detect and correct errors (PSK.4)
Example of Course Implementation
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