Abstract |
;Contents: Bench test procedures and exhaust system performance prediction, P.O.A.L. Davies; Automotive exhaust system evaluation, D. A. Blaser; The method of measuring exhaust system noise--a study on the reduction of the exhaust noise of large trucks, Mineichi Inagawa; Method and apparatus for measuring muffler performance, Peter Cheng; Optimum design of mufflers, Dr. Donald Baxa; Bench test and analog simulation techniques for engine muffler evaluation, Cecil R. Sparks; Comments on evaluation techniques of exhaust system noise control characteristics, D. W. Rowley; A bench test for rapid evaluation of muffler performance, A. F. Seybert; Analytical and experimental testing procedures for quieting two-stroke engines, Donald L. Margolis; Power or pressure - a discussion of current alternatives in exhaust system acoustic evaluation, Larry J. Eriksson; A computer-aided approach toward performance predictions for engine exhaust muffler, John E. Sneckenberger; Review of internal combustion engine exhaust muffling, Malcolm J. Crocker; Shock-tube methods for simulating exhaust pressure pulses of small high-performance engines, B. Sturtevant; Correlation or not between bench tests and outside measurements for snowmobiles, Jean Nichols; Measurement of engine exhaust noise in dynamometer rooms, James W. Moore; The application of the finite element method to studying the performance of reactive and dissipative mufflers with zero mean flow, A. Craggs; A comparison of static vs. dynamic testing procedures for muffler evaluation, W. L. Ronci; Discussion of proposed SAE recommended practice XJ1207, measurement procedure for determination of silencer effectiveness in reducing engine intake or exhaust sound level, Larry J. Eriksson; A theoretical examination of the relevant parameters for dynamometer testing of the 2-cycle engine mufflers, Professor G. P. Blair. |