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Featured researches published by Chihiro Kondo.


ASME/JSME 2007 Thermal Engineering Heat Transfer Summer Conference collocated with the ASME 2007 InterPACK Conference | 2007

LES Analysis of Gas Flow and Mixing Process in an Unsteady Jet

Chihiro Kondo; Hiroshi Kawanabe; Hidemasa Kosaka; Masahiro Shioji

The flow and mixing process of unsteady jets are fundamentally analyzed by large eddy simulations. The effects of nozzle velocity and turbulence intensity on the turbulent eddy structure and mixing process between the nozzle fluid and ambient fluid were investigated. The results show that a toroidal-shaped vortex, which emerges around the jet tip, primarily accelerates the entraining flow. Furthermore, the difference of jet density affects the shape of toroidal vortex formed near jet tip and the air entrainment. Jet with lower density is less entrained and suppresses turbulent mixing.Copyright


Transactions of the Japan Society of Mechanical Engineers. B | 2006

LES Analysis of Flow and Turbulence Mixing in an Unsteady Jet

Hiroshi Kawanabe; Kiyoshi Kawasaki; Toshio Seno; Chihiro Kondo; Masahiro Shioji

The flow and mixing process of unsteady jets are fundamentally analyzed by using large eddy simulation (LES). The effects of nozzle velocity and turbulence intensity on the turbulent eddy structure and mixing process between nozzle fluid and ambient fluid were investigated. The results show that toroidal-shape vortex, which is growing up around jet tip, mainly accelerate the entraining flow. Also, increasing the turbulence intensity in the nozzle encourages the mixing in the jet without change of the jet-contour. Furthermore, when the rise-up time of initial nozzle velocity is elongated, turbulent mixing is suppressed.


Heat Transfer Research | 2007

LES analysis of flow and turbulent mixing in an unsteady jet

Hiroshi Kawanabe; Kiyoshi Kawasaki; Toshio Seno; Chihiro Kondo; Masahiro Shioji


Transactions of the Japan Society of Mechanical Engineers. B | 2013

The Characteristics of Ratio of Heat and Electricity and Exhaust CO2 in Tri-Generation System Fuelled by Fatty Acid Methyl Ester Derived from Waste Cooking Oil

Chihiro Kondo; Koji Yamane; Chihiro Yoshida; Kiyoshi Osakada; Kiyoshi Kawasaki


Journal of The Japan Institute of Energy | 2013

Direct Production of Liquid Fuel from Rice Bran Powder by Using Super-heated Methanol Vapor Method

Kiyoshi Osakada; Koji Yamane; Kiyoshi Kawasaki; Chihiro Kondo


Journal of Environment and Engineering | 2010

Simultaneous Measurements of Velocity and Scalar Fields in a Turbulent Jet Using PIV and LIF

Hiroshi Kawanabe; Chihiro Kondo; Seiya Kohori; Masahiro Shioji


Transactions of the Japan Society of Mechanical Engineers. B | 2008

Simultaneous Measurement of Velocity and Scalar Fields in a Turbulent Jet Using PIV and LIF

Chihiro Kondo; Hiroshi Kawanabe; Seiya Kohori; Masahiro Shioji


The Proceedings of Conference of Kansai Branch | 2006

4730 Simultaneous measurements of velocity and scalar fields in a turbulent jet using PIV and LIF

Chihiro Kondo; Hiroshi Kawanabe; Seiya Kohori; Masahiro Shioji


Transactions of the JSME (in Japanese) | 2017

The investigation of the production process of biodiesel from waste soup of ramen noodles and its engine performance

Chihiro Kondo; Hiroki Sano; Koji Yamane; Kiyoshi Osakada; Kiyoshi Kawasaki


The Proceedings of the National Symposium on Power and Energy Systems | 2017

The recovery of oil from a lot of waste water containing oil and the production of biodiesel from its oil: ~in the case of waste soup of ramen noodles@@@~ラーメン残渣汁の場合

Hiroki Sano; Chihiro Kondo; Koji Yamane; Kiyoshi Kawasaki

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Kiyoshi Kawasaki

University of Shiga Prefecture

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Koji Yamane

University of Shiga Prefecture

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Masahiro Ito

University of Shiga Prefecture

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Naoto Kumazawa

University of Shiga Prefecture

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