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DISTINGUISHED LECTURE SERIES
DETERMINATION OF SOUND POWERTHE LAST TEN YEARS
NOISE CONTROLTHE NEED TO UNDERSTAND THE BASIC PRINCIPLES
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A-weighted acoustic acoustic intensity aircraft noise airport attenuation average Beranek and Newman blade Bolt Beranek calculated cavitation components damping dB(A determined developed diesel distance effects Electric enclosure energy engine noise environmental noise equipment evaluation exhaust field Figure flow impact impedance increase industry insertion loss installed Inter-Noise km/h Laboratory low frequency machines maximum mechanical meters method microphone mineral wool motor muffler noise abatement noise and vibration Noise Control Engineering noise emission noise exposure noise levels noise measurements noise problems noise reduction noise sources obtained operation parameters pipe prediction procedures propagation quieter radiation Research resonance reverberation room room response rotor San Francisco sound level sound power levels sound pressure level spectrum speed standard structure surface Table techniques tion tire tire/road noise tunnels University vehicle velocity vibration wind turbine