Positive Changes for Dynamic Growth Mohamed Din bin Datuk Nik Yusoff (Nik.)
About the author Name : Nik Mohamed Din bin Datuk Nik Yusoff. Qualification :
ACI Arb, Barrister-at-Law (Lincoln's Inn) Experience : 1968 – 1969 Served in the
Malaysian Judicial and Legal Service as a Magistrate and Deputy Public
Prosecutor. 1970 – 1982 A Senior Partner of Mah-Kok & Din, advocate and
solicitor. 1982 until now A stockbroker and Director of OSK & Partners Sdn. Bhd.
Also a director of ...
Ben shu yi CoreIDRAW X7 ruan jian wei she ji ping tai,Yi ping mian she ji ling yu de shi ji ying yong wei yin dao,Quan mian xi tong di jiang jie le CoreIDRAW X7 de gong neng yu ying yong.She ji an li yu ruan jian gong neng wan mei jie he ...
The focus of this study was to investigate the spray characteristics and atomization performance of gasoline fuel (G100) and ethanol fuel (E100) in a high pressure chamber. The overall spray and atomization characteristics such as an axial spray tip penetration, spray width, and overall SMD were measured experimentally and predicted by using ANSYS Fluent. The development process and the appearance timing of the vortices in the test fuels were very similar. Moreover, the increased injection pressure induced the occurrence of a clear circular shape in the downstream spray and a uniform mixture between the injected spray droplets and ambient air. The axial spray tip penetrations of the test fuels were similar, while the spray width and spray cone angle of G100 were slightly larger than the other fuels. In terms of atomization performance, the E100 fuel among the tested fuels had the largest droplet size because E100 has a high kinematic viscosity and surface tension.
The focus of this study was to investigate the spray characteristics and atomization performance of gasoline fuel (G100) and ethanol fuel (E100) in a high pressure chamber.