Mohannad Hakeem
Ford Motor Company
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Featured researches published by Mohannad Hakeem.
ASME 2015 Internal Combustion Engine Division Fall Technical Conference | 2015
Mohannad Hakeem; James E. Anderson; Gopichandra Surnilla; Shuya Shark Yamada
Fuel dilution in oil is a known issue for gasoline direct injection (DI) engines especially in colder climates and for customers with short, lightly-loaded driving cycles. In this work, oil samples were generated using a cold oil fuel accumulation test. Gas chromatography (GC) was used to speciate the hydrocarbons accumulated in the oil and characterize their quantity, type, molecular weight distribution, and volatility. Further testing and analysis was done to characterize the fuel hydrocarbons that evaporate from oil during engine warm-up conditions. The results demonstrate how the wide range of gasoline hydrocarbon volatility leads to different behavior in the accumulation and subsequent evaporation phases. Lastly, a model was created to extend this analysis and estimate the evaporation of hydrocarbons from the oil.Copyright
Archive | 2015
Mohannad Hakeem; Gopichandra Surnilla; James E. Anderson
Archive | 2014
Gopichandra Surnilla; James Alfred Hilditch; Stephen B. Smith; Michael Howard Shelby; Todd Anthony Rumpsa; Mohannad Hakeem
Archive | 2015
Mohannad Hakeem; Shuya Shark Yamada; Patrick Shearer; Joseph Patrick Whitehead; Eric Krengel; Gopichandra Surnilla
WCX™ 17: SAE World Congress Experience | 2017
Achint Rohit; Sridev Satpathy; Jeongyong Choi; John Hoard; Gopichandra Surnilla; Mohannad Hakeem
Archive | 2017
Mohannad Hakeem; Gopichandra Surnilla
Archive | 2017
David Charles Weber; Imtiaz Ali; Mohannad Hakeem; Michael James Uhrich
Archive | 2017
Mohannad Hakeem; Ebrahim Nasser
Archive | 2016
Mohannad Hakeem; Shuya Shark Yamada; Gopichandra Surnilla; James E. Anderson
Archive | 2016
Gopichandra Surnilla; Mohannad Hakeem; Timothy Joseph Clark; Stephen B. Smith