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923 Zero-dimensional modelling of a producer gas-based reciprocating engine G Sridhar , P J Paul, and H S Mukunda Combustion, Gasification, and Propulsion Laboratory, Department of Aerospace Engineering, Indian Institu
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Document Date: 2006-12-21 01:30:32


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City

New Orleans / Pune / Piezo / Mysore / /

Company

BP / BBC / Propulsion Laboratory / Cummins India Ltd. / McGraw-Hill / /

Country

United States / Singapore / India / /

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Facility

Combustion Institute / Indian Institute of Science / bar Occurrence / /

IndustryTerm

external exhaust gas / mixture/product / recycled gas / Gas engine manual / producer gas mixture / gas-based reciprocating engine turbulence intensity / natural gas engine / energy input / gas exchange sub-model / unburned gas / gas composition / gas mass fraction / fuel gas composition / recycled gas fraction / gas exchange process / unburned gas density / gas calorific value / natural gas / gas-based reciprocating engine / multi-cylinder gas engine / producer gas engines / gas engine / higher input energy / ignition site / energy/cycle / fuel gas / input energy / engines using producer gas / producer gas fuel / producer gas engine / namely gas exchange / gas fraction / producer gas / energy / simulated using producer gas / /

Organization

Indian Institute of Science / Indian Institute of Science / Bangalore / National Aeronautics and Space Administration / ASME IC Engines Division / Combustion Institute / /

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Position

Flat cylinder head / pneumatic pressure pulse calibrator / producer / Corresponding author / /

Product

BP / /

ProvinceOrState

California / Colorado / /

Technology

thermodynamics / fluid dynamics / heat transfer / simulation / /

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