M. Eng. Wood Technology / Holztechnik - Hochschule für Architektur ...

Master Wood Technology
Module Catalogue / Modulhandbuch
Module MF 13 – Advanced Sound Insulation and Room Acoustics
(Fachliche Vertiefung Schallschutz & Raumakustik)
Module coordinator
Modulverantwortlicher
Lecturers/tutors
Referenten
Location / term
Durchführung des Moduls
Credit Points (ECTS) 5
Number of lectures
Anzahl der Vorlesungen
Total workload
Distribution of the hours
Gesamtworkload
Aufteilung der Stunden
Pre-requisites for the module
Modulvoraussetzungen
Learning objectives
Lernziele
Contents
Inhalt
Professor Dr. Ulrich Schanda
Tel.: +49 (0) 8031 805 407
Email: ulrich.schanda@fh-rosenheim.de
Professor Dr. Ulrich Schanda
Dr.-Ing. Andreas Rabold
Assistant Lecturer Dipl.-Phys. Elmar Schröder
at the University Rosenheim in the winter term/summer term
2 contact/week hours lecture
3 hours/week self-directed study, preparation and follow-up work
150 hours, of which
� 30 contact hours
� 90 hours self-directed study, seminar paper
� 30 hours preparation and follow-up work at home, exam preparation
Admittance to the Master Programme of Wood Technology
A requirement is the completion of:
� MF 11 - Building Physics for Design
Sound insulation and room acoustics in practice
Students should become familiar with design aspects of room and building
acoustics relevant in practice. They should in particular be able to plan
simple rooms in terms of room acoustics. Furthermore, they will learn how to
assess building components as to their acoustic properties and thus
establish sound insulation documentation for simple buildings.
Sound insulation in timber buildings
Without in-depth knowledge of sound insulation, it is impossible to achieve
structurally flawless solutions in timber construction. Students should
therefore learn the construction parameters in timber construction relative to
sound insulation and how to implement them in planning. They should in
particular be able to recognize, assess and avoid sound insulation problems
of timber buildings relating to sound transfer at low frequencies. New insights
from research in timber construction with respect to improved sound
insulation will be imparted. On the basis of the calculation of typical building
mistakes, the students will be prepared for planning in practice.
Sound protection and room acoustics in practice
� measurement, assessment and planning of room acoustics
� room acoustics of special rooms
� acoustic properties of various construction elements
� sound insulation documentation
Sound insulation in timber buildings
� highly sound-deadening external construction elements, windows &
façades
� partition walls; ceilings, stairs
� sound transmission (roof/wall/ceiling)
� installation noise; construction defects
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