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Jack D. Leatherwood

  • A laboratory study of subjective annoyance response to sonic booms and aircraft flyoversA laboratory study of subjective annoyance response to sonic booms and aircraft flyovers
  • A new simulator for assessing subjective effects of sonic boomsA new simulator for assessing subjective effects of sonic booms
  • A user-oriented and computerized model for estimating vehicle ride qualityA user-oriented and computerized model for estimating vehicle ride quality
  • Annoyance response to simulated advanced turboprop aircraft interior noise containing tonal beatsAnnoyance response to simulated advanced turboprop aircraft interior noise containing tonal beats
  • Evaluation of ride quality prediction methods for helicopter interior noise and vibration environmentsEvaluation of ride quality prediction methods for helicopter interior noise and vibration environments
  • Laboratory study of effects of sonic boom shaping on subjective loudness and acceptabilityLaboratory study of effects of sonic boom shaping on subjective loudness and acceptability
  • Loudness and annoyance response to simulated outdoor and indoor sonic boomsLoudness and annoyance response to simulated outdoor and indoor sonic booms
  • The development of interior noise and vibration criteriaThe development of interior noise and vibration criteria