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Modeling techniques in Machine Acoustics

Technical University of Darmstadt (TUDa)

Department
Mechanical Engineering
Laboratory
Research group System Reliability, Adaptive Structures, and Machine Acoustics (SAM)
Docent
  • Christian Adams
Type
Lecture
Term
summer semester
Subject type
Optional
Study path
Mechanical and Process Engineering
Keywords
Overview on numerical and experimental techniques in machine acoustics; modelling dynamic excitation forces that cause structure-borne and airborne noise: fundamental analysis of impulse forces in time and frequency domain, dynamic forces due to impacts, processes governed by dynamic pressures, and discontinuous transmissions of forces such as gear transmissions, and reduction of dynamic excitation forces; modelling structure-borne noise of thin-walled plates and shells, rules for modelling and validating numerical models, damping of structure-borne sound, structural intensity; modelling sound radiation by means of simple sound sources such as monopoles, acoustic shortcut; uncertainty in machine acoustic modelling; fundamentals of statistical energy analysis (SEA)
Total ECTS credit
4.0
Examination
written exam
Language
German / Deutsch
Contact
Christian Adams
Last modified
Nov. 30, 2024, 1:43 p.m.