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Injector Solenoid Valve Assembly Design Based on APDL

Faw Wuxi

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Abstract

By using ANSYS parametric design language APDL,the injector solenoid valve assembly,one of the key parts in electronically controlled high pressure common rail fuel injection system,was analyzed for optimum design,and verified through tests.The best design parameters of the injector solenoid valve assembly were obtained and it was concluded that in this particular design,the parameters with relatively bigger influences on electromagnetic characteristics are air gap,material,electric current and number of turns.

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What this paper is about

By using ANSYS parametric design language APDL,the injector solenoid valve assembly,one of the key parts in electronically controlled high pressure common rail fuel injection system,was analyzed for optimum design,and verified through tests.The best design parameters of the injector solenoid valve assembly were obtained and it was concluded that in this particular design,the parameters with relatively bigger influences on electromagnetic characteristics are air gap,material,electric current and number of turns.

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Available abstract

By using ANSYS parametric design language APDL,the injector solenoid valve assembly,one of the key parts in electronically controlled high pressure common rail fuel injection system,was analyzed for optimum design,and verified through tests.The best design parameters of the injector solenoid valve assembly were obtained and it was concluded that in this particular design,the parameters with relatively bigger influences on electromagnetic characteristics are air gap,material,electric current and number of turns.

Key concepts: Solenoid valve, Injector, Solenoid, Parametric design, Engineering, Common rail, Automotive engineering, Mechanical engineering

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