HCCI

(redirected from Compression ignition engine)

HCCI

abbreviation for
(Automotive Engineering) homogeneous charge compression ignition
References in periodicals archive ?
The opposed-piston, gasoline compression ignition engine will yield dramatic efficiency and emissions gains that demonstrate the capability to meet CAFE 2025 and GHG2
As per the government notification, newly manufactured vehicles fitted with compression ignition engine compatible to run on diesel or a mixture of biodiesel up to 100% biodiesel will be the type approved as per the prevailing diesel emission standards.
Rudolf Diesel, the compression ignition engine remains the most efficient internal combustion engines for ground vehicle applications.
Use of hydrogen to enhance the performance of a vegetable oil fuelled compression ignition engine, International Journal of Hydrogen Energy 28: 1143-1154.
2005, 2006; EN ISO 3104:1994; Lengyel, Peidl 2006; Torok 2009), the following tendencies seem to be important for the utilisation of ethanol as a blending component of diesel oil used in the compression ignition engine.
A study was therefore, undertaken with the objective of finding out the maximum possible replacement of diesel by ethanol and to compare the performance with the constant speed compression ignition engine.
Emission characteristics of high speed, dual fuel, compression ignition engine operating in a wide range of natural gas/diesel fuel proportions.
The present investigation is to throw light on the performance and exhaust emission phenomena of a compression ignition engine using ethanol-diesel-biodiesel blends under various compression ratios.
The three-litre six-cylinder produces 214bhp, but it is the torque that is the telling factor with a compression ignition engine.
Power-LMC, described it as a "diesel explosion in Europe," and noted that the penetration in the western European market for diesels in 2003 is an estimated 44%, and he claimed that the compression ignition engine is now "the default choice for some in Europe"--Peter Brown sees the U.
Among the topics are drag reduction of bamboo and abaca fiber suspensions in a circular pipe, the influence of temperature in wear resistance characteristics of palm fatty acid distillate, a solar air-conditioning system using single-double effect combined absorption chiller, the design of a four-stroke homogeneous charge compression ignition engine, and protecting the environmental and reducing fuel consumption by using flameless combustion technology.
The aim of the present study is to explore the technical feasibility of Jatropha based Biodiesel in direct injection compression ignition engine with slight modifications of the engine, which may further be used by rural masses for application in the irrigation sector.