3076 2024 eng 8261 8268 conferencepaper 0 -- -- -- EN 12354-5 describes methods for the prediction of noise from technical equipment based on the airborne sound radiation and the structure-borne sound excitation. This paper considers methods to characterize the source in terms of structure-borne-sound (sbs) emission. Laboratory methods for sbs source characterization are given in EN 15657. In current research and development projects at Rosenheim Technical University of Applied Sciences these methods are applied to fully characterize technical equipment such as heat pumps or ventilation systems. This includes the determination of the equivalent blocked force, the source single equivalent free velocity and the source single equivalent mobility. EN 15657 describes various methods to determine the required properties. Recent project experience showed that this is essentially necessary because the most suitable method has to be applied depending on the nature of the technical equipment. This paper presents experiences with indirect measurement methods on the high-mobility plate and the direct measurement method given in EN 15657. INTER-NOISE and NOISE-CON Congress and Conference Proceedings 10.3397/IN_2024_4067 @inproceedingsKruse.2024, author = Kruse, Tobias and Schöpfer, Fabian and Schanda, Ulrich and Mayr, Andreas R. and Dehm, Maximilian, title = Experience with the high mobility reception plate for source characterization according to EN 15657, keywords = 01Körperschall;02Körperschallquellen;02Prüfstand;05Koerperschall;05Vibroakustik, booktitle = Proceedings of Inter-Noise 2024, year = 2024, file = 4067_full_slide_final:Attachments/4067_full_slide_final.pdf:application/pdf;4067_full_slide_final:Attachments/4067_full_slide_final.pptx:application/vnd.openxmlformats-officedocument.presentationml.presentation;Kruse, Schöpfer et al 2024 - Experience with the high mobility:Attachments/Kruse, Schöpfer et al 2024 - Experience with the high mobility.pdf:application/pdf, location = Nantes. France, eventdate = 2024-08-25/2024-08-29 md5:06fead12dae55cb07b821fc5e5a033dc 2025-08-12T12:10:36+00:00 /tmp/phpT60sZf bibtex 689b2f3c27a685.49939317 INTER-NOISE 24 Nantes, France false true Tobias Kruse Fabian Schöpfer Ulrich Schanda Andreas R. Mayr Maximilian Dehm