This study investigates the effects of injection pressure and ambient temperature on distribution of number density and diameter of fuel droplet in diesel fuel \rspray by using shadow-graph photography technique. The large number of fuel droplets was statistically analyzed by \rnewly developed algorithm. The results show that the larger-size particles exist closer to the spray tip. Higher injection pressure promotes atomization and high ambient \rtemperature has great effect on formation of small-size droplet at early time of injection period, especially at up and midstream of the spray.
CITATION STYLE
Adam, A., Rizalman, M., & Yatsufusa, T. (2015). Analysis of Diesel Spray Droplets Behavior Using Shadowgraph Technique Images. International Journal of Materials, Mechanics and Manufacturing, 3(1), 60–64. https://doi.org/10.7763/ijmmm.2015.v3.167
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