정적 구형 용기 내 연소 압력을 이용한 층류화염속도 측정에 대한 연구
Laminar Flame Speed Measurement using Combustion Pressure Trace in Constant Volume Spherical Chamber
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Laminar flame speeds of Methane at elevated temperatures and pressures were investigated using constant volume spherical chamber. Pressure trace during combustion was measured in each test and this was used in calculating laminar flame speed of Methane. To have large amount of data, experimental apparatus was fabricated with fully automatically controlled feature. A calculating code which calculates laminar flame speeds at various temperatures and pressures with one experimental result was used to calculate laminar flame speeds. The experimental and calculating methods were verified using the calculated laminar flame speed result with PREMIX code.
Abstract
Laminar flame speeds of Methane at elevated temperatures and pressures were investigated using constant volume spherical chamber. Pressure trace during combustion was measured in each test and this was used in calculating laminar flame speed of Methane. To have large amount of data, experimental apparatus was fabricated with fully automatically controlled feature. A calculating code which calculates laminar flame speeds at various temperatures and pressures with one experimental result was used to calculate laminar flame speeds. The experimental and calculating methods were verified using the calculated laminar flame speed result with PREMIX code.
참고문헌 (7)
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- C. R. Ferguson, "On laminar flame quenching and its application to spark ignition engines", Combustion and Flame, 28, pp.197~205 (1977)
- Sandia report sand83-8209, "R. J. Kee", ~
- Sandia report sand85-8240, "R. J. Kee", ~
- The Laminar Burning Velocity of Isooctane, N-Heptane, Methanol, Methane, and Propane at Elevated Temperature and Pressure in the Presence of a Diluent, "T. W. III Ryan", ~, pp.SAE Paper 800103 (1980)
- Experimental and numerical investigation of iso-octane, methanol and ethanol regarding laminar burning velocity at elevated pressure and temperature, "J. Beeckmann", ~, pp.SAE Technical Paper 2009-01-1774 (2009)