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Building acoustics and vibration

Electroacoustic measurements

Emergency services and defence

Noise and hearing protection for firearms users

Noise exposures from headphones, headsets, telephones and earpieces

spacecraft testing
High-intensity noise testing

miniature microphone
Miniature microphones and their use

Numerical modelling in acoustics and dynamics

motorcycle helmet noise
Noise levels under motorcycle helmets

Specialist noise and vibration equipment

Low-vibration design of buildings for sensitive medical and scientific instruments

Unusual sources of occupational noise

Sound power measurement

neoprene diving hood noise reduction
Noise reduction of neoprene diving hoods in air

Effect of anti-flash hoods on the noise attenuation of earmuffs

Ultra low-vibration buildings: the Beecroft Building

Dolby Ray Building
Building vibration testing behind one of Cambridge’s most advanced physics facilities

Communal space testing
Assessing speech intelligibility in communal spaces

neoprene diving hood noise reduction
Noise reduction of neoprene diving hoods in air

Effect of anti-flash hoods on the noise attenuation of earmuffs

Aeroacoustics
Aeroacoustic analysis: Reducing vibrations in a complex pipeline using CFD and advanced numerical analysis

ASHP modelling
Reducing air source heat pump noise: an aeroacoustic testing case study

Building acoustics and vibration

Emergency services and defence

Noise and hearing protection for firearms users

Noise exposures from headphones, headsets, telephones and earpieces

spacecraft testing
High-intensity noise testing

miniature microphone
Miniature microphones and their use

Numerical modelling in acoustics and dynamics

motorcycle helmet noise
Noise levels under motorcycle helmets

Specialist noise and vibration equipment

Low-vibration design of buildings for sensitive medical and scientific instruments

Unusual sources of occupational noise

Sound power measurement

Sound propagation and audibility of train horns

lab test dynamic stiffness
Laboratory measurements of dynamic stiffness

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Email: consultancy@isvr.co.uk

ISVR Consulting
Building 15
University of Southampton,
University Road
Southampton SO17 1BJ

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  • About Us
    • History
    • Staff
    • Latest research
  • Services
    • Active noise control
    • Building Acoustics & Vibration
    • Design & product development
    • Standards testing
    • Short courses
    • Software
    • Sound sources
  • Industries
    • Automotive
    • Marine
    • Rail
    • Defence & Emergency
    • Built Environment
    • Audio
    • Consumer Products
    • Other
  • Facilities
    • Anechoic Chamber
    • Reverberation Chambers and Transmission Suite
    • Vibration Test Lab
  • In-depth