TTT4250 - Acoustical Measurement Techniques
New from the academic year 2011/2012
Course content
The course will contain a part on fundamentals of transducers, and of the signal processing and statistics involved in an acoustic measurement. The rest of the course will cover a range of typical measurement tasks in acoustics, ranging from sound radiation to room and building acoustics, marine acoustics, psychoacoustics and hearing.
Learning outcome
Knowledge
(1) To give a broad understanding of the underlying theory behind the common measurement tasks in acoustics.
(2) To give a deep understanding of the accuracy aspects as regards transducers, environment, and signal processing involved in acoustic measurement tasks.
(3) To get an overview of the available national and international standards for acoustic measurement tasks.
Skills
(1) To be able to perform a standardized measurement according to an international standard and to write a report on the results.
(2) To be able to analyze the random and bias errors involved in an acoustic measurement task.
Learning methods and activities
The course will have a list of laboratory exercises that cover a wide range of measurement tasks in acoustics. Students will have to choose six such exercises and for each, there will be lectures on the specific theory behind the measurement technique at hand. Furthermore, there will be preparatory exercises that must be done by the students before the actual lab. exercises is carried out. Preparatory exercises as well as a written lab report must be handed in, independently by each student, and this material will be the base for the final grade in the course. There will be no final exam. Laboratory exercises will to a large degree follow international standards, and will cover sound radiation, room and building acoustics, marine acoustics, psychoacoustics and hearing.
Compulsory assignments
- Exercises
Recommended previous knowledge
The course Technical acoustics or Marine acoustics or a corresponding course on fundamental acoustics.
Required previous knowledge
Course materials
The course material will be a collection of papers and excerpts from books that are relevant for the laboratory exercises.
More on the course
NoFacts
Version: 1
Credits: 7.5
Study level: Second degree level
Grade: Letters
Coursework
Term no.: 1
Teaching semester: SPRING 2012
Start: SPRING 2012
No.of lecture hours: 1
Lab hours: 4
No.of specialization hours: 7
Language of instruction: Norwegian
Examination plan
SPRING 2012
Examination arrangement: Work
Part: 1
Work , counts for 100/100
Examination date:
Course coordinator
- Ulf R Kristiansen
Lecturer(s)
- Hefeng Dong
- Jan Tro
- Peter Svensson
- Ulf R Kristiansen
Department with academic responsibility
Department of Electronics and Telecommunications
Subject area(s)
- Electronics
- Electrical Power Engineering
- Physics
- Marine Technology
- Technological subjects
Contact information
Department of Electronics and TelecommunicationsNTNU Gløshaugen