##### General Course Information

Course code |
VTA137 (formerly VTA136 and VTA135), course description |

Examiner |
Astrid Pieringer |

Lecturers |
Astrid Pieringer, Jens Ahrens, Pontus Thorsson |

Classroom exercises |
Leon Müller, Vincent Ratay, Chenya Ji |

Time and place |
Lecture hall at Applied Acoustics (Sven Hultins gata 8a), schedule in the TA calendar |

Exam |
Written exam (see also detailed info below) |

Course PM |

**NB:** You need a login name and a password for some of the documents provided for download on this page! Passwords are only available to our ATA course students and will be provided during the lecture.

##### Noteboard

##### Exam

The date of the exam is announced in the Student Portal (NB: you have to register to take the exam. For more information, see Student Portal)

Tools you are allowed to bring to and use during the exam:

- Mathematical tables
- Electronic calculator without or cleared text memory
- List of equations “useful formulae” and “audio formulae”

(see additional downloads section) *All without any added notes!*

Previous exams:

- Previous exam (2019/10)
- Previous exam (2019/10) solutions
- Previous exam (2021/10)
- Previous exam (2021/10) solutions
- Previous exam (2022/10)
- Previous exam (2022/10) solutions
- Previous exam (2023/01)
- Previous exam (2023/01) solutions

##### Course Literature

The literature will be provided in electronic form and is reference on the very last slide of each deck. Note that you will need a Chalmers IP to access it.

The literature is composed of excerpts from the following text books:

- M. Kleiner, “Acoustics and Audio Technology,” J. Ross Publishing, 2017

(accessible for online reading here and here) - H. Kuttruff, “Acoustics – An introduction“, CRC Press, 2006
- M. Möser, “Engineering Acoustics,” 2nd edition, Springer, 2009
- S. Garret, “Understanding Acoustics,” Springer, 2017

And the following lecture notes:

- Lecture notes on audio technology by Per Sjösten

We also use list of equations (“Useful formulae”), lecture notes, exercises and solutions provided on this website.

Mendel Kleiner: Errata to *Acoustics and Audio Technology* (2014-10-01)

##### Additional downloads

Aids

- Useful formulae
- Audio formulae (revisited)
- Kahoot questions and answers (available at the end of the lecture)

Lectures

- Lecture 1: Basic concepts: harmonic oscillations, levels
- Lecture 2: Basic concepts: acoustic variables, frequency domain representation
- Lecture 3: Basic concepts: wave equation and solutions
- Lecture 4: Basic concepts: wave equation and solutions cont’d, reflection and transmission
- Lecture 5: Hearing
- Lecture 6/7: Room acoustics
- Lecture 8: Room acoustics and human hearing, Acoustical planning of listening spaces
- Lecture 9a: Sound absorbers
- Lecture 9b: Wave propagation in solids. Sound generation and radiation
- Lecture 10: Sound insulation
- Lecture notes lec. 11-14
- Lecture 11: Audio signals
- Lecture 12: Microphones
- Lecture 13: Loudspeakers
- Lecture 14: Audio effects

Exercises

- Exercise 0: Problems
- Exercise 0: Solutions In-Class
- Exercise 1: Problems
- Exercise 1: Solutions In-Class
- Exercise 1: Solutions Home
- Exercise 2: Problems
- Exercise 2: Solutions In-Class
- Exercise 2: Solutions Home
- Exercise 3: Problems
- Exercise 3: Solutions In-Class
- Exercise 3: Solutions Home
- Exercise 4: Problems
- Exercise 4: Solutions In-Class
- Exercise 4: Solutions Home
- Exercise 5: Problems
- Exercise 5: Solutions In-Class
- Exercise 5: Solutions Home
- Exercise 6: Problems
- Exercise 6: Solutions In-Class
- Exercise 6: Solutions Home
- Exercise 7: Problems
- Exercise 7: Solutions In-Class
- Exercise 7: Solutions Home
- Exercise 8: Problems
- Exercise 8: Solutions In-Class
- Exercise 8: Solutions Home
- Exercise 9: Problems
- Exercise 9: Solutions In-Class
- Exercise 9: Solutions Home
- Exercise 10: Problems
- Exercise 10: Solutions In-Class
- Exercise 10: Solutions Home
- Exercise 11: Problems
- Exercise 11: Solutions In-Class
- Exercise 11: Solutions Home