Simulation of the HCCI Combustion Based on Single-Zone Combustion Model

Yu Sen Jin; Jian Sheng Lin; Ze Shuang Yan

doi:10.4028/www.scientific.net/AMR.605-607.1335

Paper Titles

Design and Analysis of Hydro-Viscous Winch Hydraulic System
p.1317

Hybrid Excavator Test Bed Hydraulic Load System Design
p.1322

Research on Pneumatic Performance of Aero-Engine Blades through Function Method
p.1326

Study on De-Icing Fluid Pump Station’s Flow Pulsation Suspension Methods
p.1330

Simulation of the HCCI Combustion Based on Single-Zone Combustion Model
p.1335

Design and Implementation of the Integrated Test Platform for the Hydraulic Components
p.1340

Prediction Model of Control Valve Characteristics
p.1345

Numerical Simulation of Convection Heat Transfer in a Plate Channel with Sintered Copper Porous Ribs
p.1350

Theoretical Study of Transmissivity of Electromagnetic Wave in Magnetorheological Fluids
p.1356

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 605-607Simulation of the HCCI Combustion Based on...

Simulation of the HCCI Combustion Based on Single-Zone Combustion Model

Abstract:

A single-zone HCCI combustion model coupled with chemical reaction kinetics mechanisms was set up by AVL-BOOST and CHEMKIN module based on a variable lift and timing (VLT) gasoline. In order to achieve HCCI combustion, the negative valve overlap (NVO) strategy was used to raise the temperature of mixed air in the simulation. In this paper, the HCCI combustion was compared with the conventional SI combustion, then the feasibility of using single-zone model to simulate the HCCI combustion was verified and the HCCI operation region was predicted under specific speed, compression ratio, air-fuel ratio conditions by this model.

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Periodical:

Advanced Materials Research (Volumes 605-607)

Pages:

1335-1339

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.605-607.1335

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Online since:

December 2012

Authors:

Yu Sen Jin, Jian Sheng Lin, Ze Shuang Yan

Keywords:

HCCI, Negative Valve Overlap Strategy, Single-Zone Combustion Model

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