Prof Kirill Horoshenkov
The University of Sheffield
My main research interests are in novel sensors for water industry, novel acoustic materials and physical acoustics. I am still very interested the acoustics of porous media. In the past I studied audio-visual interactions and design of nature-inspired noise control solutions. I lead the EPSRC UK Acoustics Network and EPSRC Programme Grant Pipebots (www.pipebots.ac.uk).
What would you like UKAN to do for you?
Peer review my research ideas and to help me prioritise these ideas to stay competitive internationally in terms of the quality of my research and its originality. Help me to focus on those research priorities which are perceived widely as important for the future of the UK Plc. Help me to meet new people and develop new collaborations.
How would you like to contribute to UKAN?
I am particular keen to support early career researchers, SMEs and larger R&D teams in the UK working in acoustics. An important aim of the UK Acoustics Network to help acoustics related research in the UK to stay internationally leading and competitive.
Jonas Laboratory which has top of the range facilities for acoustic material characterisation (https://drg.ac.uk/). This laboratory hosts a range of impedance tubes, flow resistivity equipment and DMA equipment. Another facility is the EPSRC/ERDF Laboratory for Validation and Verificaion, LVV, which is a bespoke vibro-acoustic facility with climate control (https://lvv.ac.uk/). It hosts a range of climate chambers (climate chambers) with shaker tables, accelerometer and microphone arrays. It also has a state-of-the-art wave tank (wave tank image ) for hydro-acoustics experiments. The lab is a home to several laser vibrometers including a scanning laser vibrometer Polytec OFV-5000. The University of Sheffield also hosts the the National Distributed Water Infrastructure Facility (also called iCAIR, https://icair.ac.uk/). This facility has a range of buried pipes equipped with a range of acoustic sensors to study sound and vibration propagation in the presence of water and various artefacts.
Software or numerical codes:
A majority of my recent publications are accompanied with supplementary material such as software, data and graphics which can be found through this link: https://drive.google.com/drive/folders/1l-MGAQo9Hh2UkJLK_nK9OZq3sqdyTmvV?usp=sharing
Acoustic/Ultrasonic Non-Destructive EvaluationMathematical Analysis in AcousticsPhysical AcousticsSensors