TY  - JOUR
TT  - THE EFFECT OF USE OF AIR CONDITIONER ON ENGINE VIBRATION IN GASOLINE CAR ENGINES
AU  - Mayda, Murat
AU  - Gültekin, Nurullah
AU  - Özçelik, Ziya
AU  - Çırak, Bekir
PY  - 2017
DA  - December
Y2  - 2017
JF  - International Journal of Energy Applications and Technologies
JO  - IJEAT
PB  - İlker ÖRS
WT  - DergiPark
SN  - 2548-060X
SP  - 182
EP  - 185
VL  - 4
IS  - 4
KW  - Car engine
KW  - vibration
KW  - AC
KW  - gasoline
KW  - stability
N2  - Air conditioning in automobiles is doneby air conditioning compressor driven by the engine. The engine exerts aspecific power to run air conditioning system. During running, fuelconsumption, noise and vibration increase. Most of gasoline automobiles inTurkey have used Liquefied Petroleum Gas (LPG) as an alternative fuel. In thisstudy, the effect of use of Air Conditioner (AC) on engine vibration ingasoline car engines are experimentally investigated. According to theexperiment results, it is observed that the use of AC while running on LPG decreasesthe engine vibration at the revolution speeds of 800, 2000, 3000 and 5000 rev/minwhereas the use of AC while running on gasoline decreases the engine vibrationat the revolution speeds of 2000, 3000 and 4000 rev/min. In addition to that,when the AC is on, the levels of vibration increase in the engine while runningon LPG and gasoline are observed to be linear and nonlinear with the increasein the idle revolution speeds, respectively. Accordingly, it can be concludedthat the car engine while using LPG is running more stably compared to thatwhile using gasoline.
CR  - References
[1] 	Rakheja, S. andSankar, S., “An Optimum Seat-Suspensionforoff-roadVehicles”, TheShockandVibrationBulletin, 53, pp. 19-35, 1983.
CR  - [2]	Weawer, B., “Ergonomics”, Pit&Quarry, Vol.October, pp. 20-22, 1991.
CR  - [3]	E. R. Engelhardt, D. K. Millsand K. Schneider, “ShockandVibrationHandbook (ShockandVibration in Road andRailVehicles)”, Mc-GrawHillBookCompanyInc., 1961.
CR  - [4] 	Hostens, I.,Ramon, H. (2003). Descriptiveanalysis of combinecabinvibrationsandtheireffect on thehuman body. Journal of Sound andVibration, 266: 453-464.
CR  - [5] 	Drugă, C.,Barbu, D., Lache, S. (2007). VibrationAndThe Human Body. Fascicle of Management andTechnologicalEngineering, 6 (16), 168-173.
CR  - [6] 	Fonta, M.,Freitas, M. (2009). Marine main engine crankshaftfailureanalysis. EngineeringFailure Analysis, 16:1940-1947.
CR  - [7] 	Karimi, H.R.,Lohmann, B. (2007). Haarwavelet-basedrobustoptimalcontrolforvibrationreduction of vehicle engine-body system. ElectricialEngineering, 89: 469-478.
CR  - [8] 	Chu, C.C. (1997). Multiaxialfatigue life predictionmethod in thegroundvehicleindustry. International Journal of Fatigue, 19: 325-330.
CR  - [9]	Hoffman, D.M.W. (1999). In-lineinternalcombustion engine Dynamics andvibration. Ph. D. Thesis, TheUniversity of Michigan, 5-182.
CR  - [10] 	Deck, C.L. (2005). Variability Analysis of Engine IdleVibration, M.Sc. Thesis, University of Windsor, 19-35.
CR  - [11] 	Karabulut, H. (2012). Dynamic model of a two-cylinderfour-strokeinternalcombustion engine andvibrationtreatment. International Journal of Engine Research, 13: 616-627.
CR  - [12] 	Hoffman, D.M.W.,Dowling, D.R. (2001). Fullycoupledrigidinternalcombustion engine dynamicsandvibration-Part II model-experimentcomparisons. Journal of EngineeringforGasTurbinesandPower, 123: 677-684.
CR  - [13] 	Hadi R. (2002). Theidentification of theinertialcharacteristics of an ICE throughsteadystatevibrationmeasurement. Ph. D. Thesis, WayneStateUniversity, 5-47.
CR  - [14] 	Tao, J.S.,Liui G.R. And Lam, K. Y. (2000). Design optimization of marine engine mountsystem. Journal of Sound andVibration, 235(3), 477-494.
UR  - http://dergipark.org.tr/tr/pub/ijeat/issue//353844
L1  - http://dergipark.org.tr/tr/download/article-file/395596
ER  -