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Numerical Simulation of the Intake Delayed Angles Adjustment in 4110 Diesel Engine

Hang Tu

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Abstract

Optimizing the intake delayed angles can gain more gas in one stoke,in order to improve diesel engine's intake performance and to enhance diesel engine's overall performance.Through the experiment in a 4110 diesel engine,the data of boundary condition was gotten.A model was set up in FLUENT to simulate the intake process,which obtained the efficiency influence relations of the intake delayed angels to the volumetric efficiency.

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What this paper is about

Optimizing the intake delayed angles can gain more gas in one stoke,in order to improve diesel engine's intake performance and to enhance diesel engine's overall performance.Through the experiment in a 4110 diesel engine,the data of boundary condition was gotten.A model was set up in FLUENT to simulate the intake process,which obtained the efficiency influence relations of the intake delayed angels to the volumetric efficiency.

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Available abstract

Optimizing the intake delayed angles can gain more gas in one stoke,in order to improve diesel engine's intake performance and to enhance diesel engine's overall performance.Through the experiment in a 4110 diesel engine,the data of boundary condition was gotten.A model was set up in FLUENT to simulate the intake process,which obtained the efficiency influence relations of the intake delayed angels to the volumetric efficiency.

Key concepts: Diesel engine, Diesel fuel, Automotive engineering, Petrol engine, Environmental science, Fluent, Engineering, Simulation

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Numerical Simulation of the Intake Delayed Angles Adjustment in 4110 Diesel Engine — Research Paper | ScholarLens