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Healthy society-towards optimal management of wind turbines’ noise (Hetman)
Project implemented under the Applied Research Programme of the Norwegian Financial Mechanism 2014-2021 / POLNOR 2019 Project number: NOR/POLNOR/Hetman/0073/2019-00 Project website: https://hetman-wind.ios.edu.pl/ A rapid increase in the number of wind turbine farms located around the world is related to the low environmental impact of this kind of energy production. One of the main drawbacks is noise. The noise emitted by wind turbines does not resemble the common industrial noise – it has different temporal-spectral characteristics. Thus, standardized procedures of monitoring and controlling noise do not fit well into specifics of wind turbines. In the effect, there is a lack of law regulations while people living around wind turbines complain about…
Development of the acoustic panels based on the wooden overlays designed in the third-degree curves with the option for sound absorption range adjustment – the cooperation with Form At Wood company
Bank Gospodarstwa Krajowego partially funded the project. Modern interior design methods require flexibility and innovation from the side of acoustic panels designer. The Department of Mechanics and Vibroacoustics, together with Form At Wood company, leads the innovative sound absorbers design…
Metamaterial sound absorbing structures for unwanted wave phenomenon reduction inside the loudspeaker enclosure designed with the optimization and deep neural networks methods
Project financed by The National Center for Research and Development, agreement no. LIDER/11/0065/L-12/20/NCBR/2021 signed 09.12.2021r, Loudspeaker enclosures are the essential electroacoustic topic present in the scientific reports since 1971, when N. Thiele published his research on electrodynamic loudspeakers in the…
Multisensory UNESCO 5. Digitization of the cultural heritage of the Sanctuary in Kalwaria Zebrzydowska (UNESCO)
In our everyday life, not only do we seek a sense of security, but also a sense of belonging, which enables us to understand both our own selves and the surrounding reality of ‘here and now’. This is possible if…
Research and analysis of singers’ voices
The research is carried out in cooperation with the Department of Vocal Studies at the Krzysztof Penderecki Academy of Music in Cracow. Together with this Department (its head Rev. Prof. Dr. Hab. Zdzislaw Madej), we are conducting innovative research on…
A new approach in diagnosing temporomandibular joint dysfunction
In today’s society, temporomandibular joint disorders are a growing health problem and include a group of complaints related to masticatory muscle pain, headaches, abnormalities of mandibular movements, and pain and vibroacoustic phenomena generated in the joints during mandibular movements. Classical…
Investigating the applicability of vibroacoustic methods for monitoring neurodegenerative diseases
The present study is concerned with determining the usefulness and feasibility of using methods for simultaneous processing and analysis of the speech signal and hand vibration acceleration signal in the context of screening or objective monitoring of the progress of…
UNISPRING – a new system of microsurgical reconstruction of the middle ear
In cooperation with researchers of AGH, Faculty of Mechanical Engineering and Robotics, Department of Mechanics and Vibroacoustics, an innovative solution of middle ear prosthesis with reconstruction of the auditory ossicular chain has been developed. The prosthesis is the result of…
dr hab. inż. Robert Barański
Scientifically oriented on issues related to the analysis of vibration, acoustic and biomedical signals. In the biomedical field, he focuses on electromyographic (EMG) signals. In addition, he is involved in the use of programmable circuits in monitoring and measurement issues…
dr inż. Łukasz Bednarski
Contact: lukaszb@agh.edu.pl Employee data on the SKOS website
Małgorzata Bugaj
Contact: bugaj@agh.edu.pl Employee data on the SKOS website
dr inż. Aleksandra Chojak
Contact: achojak@agh.edu.pl Employee data on the SKOS website
dr inż. Bartłomiej Chojnacki
He has granted his B. Sc. Degree in 2017 in Acoustic engineering and M. Sc. In 2018, the Noise and Vibrations in the environment and technics course in AGH. Leading both scientific and industrial careers in acoustic engineering, participate Since…
dr hab. inż. Grzegorz Cieplok
Contact: cieplok@agh.edu.pl Employee data on the SKOS website
dr inż. Jędrzej Blaut
Jędrzej Blaut is an Assistant Professor in the Department of Mechanics and Vibroacoustics at AGH University of Science and Technology. Jędrzej studied at the Faculty of Mechanical Engineering and Robotics, he received the Master of Science degree in Mechanical engineering…
dr inż. Witold Cioch
Contact: cioch@agh.edu.pl Employee data on the SKOS website
dr hab. inż. Piotr Czubak
Contact: czubak@agh.edu.pl Employee data on the SKOS website
mgr inż. Jacek Frączek
Contact: jfraczek@agh.edu.pl Employee data on the SKOS website
dr inż. Marek Gajowy
Marek Gajowy (ur. w 1987 r.) – absolwent LO w Centrum Edukacyjnym “Radosna Nowina 2000” w Piekarach k/ Krakowa. Studia w Akademii Górniczo-Hutniczej w Krakowie rozpoczął w 2006 roku na kierunku Informatyka Stosowana na Wydziale Fizyki i Informatyki Stosowanej oraz…
dr inż. Artur Flach
The main scientific interests are building acoustics, electroacoustics, and acoustic measurements. Author of publications in the field of construction and measurements in an anechoic chamber. Defense of the doctoral dissertation in 2013 entitled “Mechatronic manipulator for supporting vibroacoustic measurements” under…
dr inż. Łukasz Gorazd
The main scientific interests are related to the duct acoustics and acoustic measurements. Author of publications in the field of analyzes concerning the determination of the attenuation efficiency of acoustic silencers, taking into account the propagation of the multimode wave.…
