Quiet Revolutions

Quiet Revolutions : Powertrain and Vehicle Noise Refinement - Conference Proceedings

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Description

Increasing demands for noise reduction and refinement dictate improvements in technology in many areas of vehicle and power plant design and developments. The papers from this IMechE conference consider all aspects of this important topic. Particular reference is given to noise quality; road noise; mountings; cooling systems noise; designed-in refinement; wind noise; powertrain refinement; prediction and analysis. All types of vehicles are considered including cars, vans, trucks, military and agricultural vehicles as well as large road making equipment.
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Product details

  • Paperback | 208 pages
  • 210 x 297mm
  • Professional Engineering Publishing
  • Bury St Edmunds, United Kingdom
  • line drawings, photographs
  • 0852987242
  • 9780852987247

Table of contents

Road vehicle noise legislation - past, present and future; use of a refinement concept cat as an aid to engineering quieter vehicles; the role of organization in vehicle level refinement; application of finite element analysis for improving powertrain noise and vibration characteristics; improved passenger compartment sound quality of a shell-shaped power plant structure - an analytical study with experimental and vehicle verification; a mathematical investigation of driveability; the basic consideration of the two-mass flywheel with the torsional damper; noise prediction and reduction in heavy tracked vehicles; six-cylinder refinement - the cause and control of 1 1/2 order; improvement in vehicle interior sound quality by newly developed power plant members; the development of new single-cylinder diesel engines designed to be fitted on quite industrial machines; an investigation into advanced acoustic models of exhaust and intake systems; exhaust noise synthesis an essential component of engine concept design?; improving the acoustic performance of an intake system; the development of transmission rattle indices; vehicle and powertrain refinement using laser-based interferometer techniques; development of a stationary vehicle sound power noise source test; noise in RNLI lifeboats; reduction of coach interior sound and vibration induced by the powertrain; the application of active cancellation to vehicle noise and vibration; the QHV 90 project.
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