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In this study, the relationship between flow characteristics and projection distance, depending on the shapewas examined. A numerical investigation technique for fluid analysis of a foam monitor was developed for the prediction, comparison and validation of the actual injection performance. The foam monitor changes the flow patternof fluid flow according to the shape, The fluid losses were calculated from the numerical investigation affecting theprojection distance. The basic form of foam monitor was used as a designed shape in N. The modified model usedthe length increase model of the flow path, and straight line of the model. The inlet pressure was 6.5bar. The resultsshowed that the length increase model of the flow path and straight line of the model in the nozzle projection distancehad improved. The results comparing the error rates projection performance were well matched to the 7.43% obtainedfrom the validity test of the analysis method. Keywords : CFD, FEM, Foam monitor, Projection distance, Shape change

Numerical Investigation of the Effect of flow Passage Variation on the Projection Distance of the Foam Monitor