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2020•Zenodo (CERN European Organization for Nuclear Research)Open access

Design and Analysis of Intake Manifold of Single Cylinder Engine

Sahil Wahi, Sahib Sartaj Singh

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Abstract

The performance of an Internal combustion engine is highly determined by the inlet air conditions and air fuel ratio .This paper shall discuss about the role of intake manifold in governing the inlet conditions during the air suction ,the design of intake manifold ,optimization of parameters of design, changing the inlet conditions and predicting the final results. The design and optimization include qualitative use of ANSYS FLUENT for the simulation purpose and predicting the flow properties.

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What this paper is about

The performance of an Internal combustion engine is highly determined by the inlet air conditions and air fuel ratio .This paper shall discuss about the role of intake manifold in governing the inlet conditions during the air suction ,the design of intake manifold ,optimization of parameters of design, changing the inlet conditions and predicting the final results. The design and optimization include qualitative use of ANSYS FLUENT for the simulation purpose and predicting the flow properties.

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Available abstract

The performance of an Internal combustion engine is highly determined by the inlet air conditions and air fuel ratio .This paper shall discuss about the role of intake manifold in governing the inlet conditions during the air suction ,the design of intake manifold ,optimization of parameters of design, changing the inlet conditions and predicting the final results. The design and optimization include qualitative use of ANSYS FLUENT for the simulation purpose and predicting the flow properties.

Key concepts: Inlet manifold, Cylinder, Manifold (fluid mechanics), Mathematics, Automotive engineering, Mechanical engineering, Engineering, Geometry

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