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Braj Bhushan Prasad
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Damping performance of particle dampers with different granular materials and their mixtures
BB Prasad, F Duvigneau, D Juhre, E Woschke
Applied Acoustics 200, 109059, 2022
112022
Application of particle dampers on a scaled wind turbine generator to improve low-frequency vibro-acoustic behavior
BB Prasad, F Duvigneau, D Juhre, E Woschke
Applied Sciences 12 (2), 671, 2022
112022
Experimental study of particle dampers applied to wind turbine blades to reduce low-frequency sound emission
BB Prasad, F Duvigneau, D Juhre, E Woschke
INTER-NOISE and NOISE-CON Congress and Conference Proceedings 263 (6), 71-82, 2021
82021
Wind turbine blade and generator test specimen for evaluating a passive vibration reduction concept based on granular materials
BB Prasad, F Duvigneau, E Woschke, D Juhre
Proceedings of the ISMA, 2020
72020
Design of test specimen for wind turbines to evaluate passive vibration reduction concepts based on granular materials
BB Prasad, F Duvigneau, D Juhre, E Woschke
Proceedings of the 46. Deutsche Jahrestagung für Akustik, Hannover, Germany …, 2020
32020
Application and damping mechanism of particle dampers
BB Prasad, F Duvigneau, E Woschke, D Juhre
PAMM 22 (1), e202200116, 2023
22023
Design Strategies of Particle Dampers for Large-Scale Applications
BB Prasad, F Duvigneau, T Reinboth, D Juhre, E Woschke
Journal of Vibration Engineering & Technologies, 1-32, 2023
12023
The theory of continuum and elasto-plastic materials
BB Prasad
2018
Enhancing Vibroacoustic Performance of Power Electronic Subsystem in Electric Drives Using Particle Dampers
BB Prasad, T Luft, C Michaelsen, H Rottengruber
Vergleich verschiedener granularer Materialien und Mixturen für die Anwendung in partikelbasierten Schwingungsdämpfern
BB Prasad, F Duvigneau, E Woschke, D Juhre
Einsatz granularer Materialien zur passiven Schwingungsreduktion eines Generators einer Windenergieanlage
BB Prasad, F Duvigneau, E Woschke, D Juhre
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Articles 1–11