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변동 공기류에 분사된 흡기관내 연료 거동 특성에 관한 연구

이기형, 이창식, 정재우

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Abstract

Since the fuel behavior injected in the intake manifold of MPI gasoline engine is effected by pulsating air flow, the fluctuated air flow generator that can simulates the air flow in an actual engine is designed and produced. Using these apparatus, fuel behavior characteristics injected in the pulsating air flow in an intake manifold under various injection timing and injection duration are measured by the hot-wire anemomter and PMAS. From these experiments, fuel injection conditions such as injection timing, injection duration and spray pattern injected from MPI injector are made clear. The goal of this research would be to give a design guide for optima] fuel injection system.

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What this paper is about

Since the fuel behavior injected in the intake manifold of MPI gasoline engine is effected by pulsating air flow, the fluctuated air flow generator that can simulates the air flow in an actual engine is designed and produced. Using these apparatus, fuel behavior characteristics injected in the pulsating air flow in an intake manifold under various injection timing and injection duration are measured by the hot-wire anemomter and PMAS. From these experiments, fuel injection conditions such as injection timing, injection duration and spray pattern injected from MPI injector are made clear. The goal of this research would be to give a design guide for optima] fuel injection system.

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Available abstract

Since the fuel behavior injected in the intake manifold of MPI gasoline engine is effected by pulsating air flow, the fluctuated air flow generator that can simulates the air flow in an actual engine is designed and produced. Using these apparatus, fuel behavior characteristics injected in the pulsating air flow in an intake manifold under various injection timing and injection duration are measured by the hot-wire anemomter and PMAS. From these experiments, fuel injection conditions such as injection timing, injection duration and spray pattern injected from MPI injector are made clear. The goal of this research would be to give a design guide for optima] fuel injection system.

Key concepts: Inlet manifold, Fuel injection, Secondary air injection, Injector, Petrol engine, Flow (mathematics), Airflow, Duration (music)

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변동 공기류에 분사된 흡기관내 연료 거동 특성에 관한 연구 — Research Paper | ScholarLens