Numerical Simulation Of Flow Inside Intake Manifold For Spark Ignition With PCC

Mohamad Nazer, Zulfadli (2018) Numerical Simulation Of Flow Inside Intake Manifold For Spark Ignition With PCC. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text (24 Pages) Numerical Simulation Of Flow Inside Intake Manifold For Spark Ignition With PCC.pdf - Submitted Version Download (471kB)

Abstract

Intake manifold is important part of an engine that provides the air and fuel to cylinder engine.It have major influence on engine performance,emission of noise and pollutants.The objectives of this research is to study the flow inside intake manifold for spark ignition engine with PCC and potential improvement in design characteristic of existing intake manifold engine.Three dimensional of intake manifold of single-cylinder were modelled using Design Modeler.For this study,six design of intake manifold were modelled.All six design of intake manifold were perform simulation of air-fuel mixture from inlet manifold into the combustion chamber by using ANSYS FLUENT 16.0.The graphical result shows the flow inside intake manifold to the combustion chamber.From the study of result,a bending angle of intake manifold affects the flow.Beside,volumetric efficiency can be increases by the new design changes of intake manifold.

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