Browsing by Supervisor "Moss, J. B."

Browsing by Supervisor "Moss, J. B."

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  • Soot production in a tubular gas turbine combustor 
    Zheng, Qing-ping (Cranfield University, 1994-01)
    Soot production in gas turbine combustors is not desirable since it is the major source of exhaust smoke emission and its thermal radiation to the combustor liner deteriorates the liner durability. Soot formation involves ...
  • A stochastic model for aircraft gas turbine combustor emissions 
    Aksit , I. M. (Cranfield University, 1995-04)
    The emission of NOx from aero-gas turbine combustors, which in the present generation of designs consists mainly of thermal NOx ' is of great concern due to its potential damage to the stratospheric ozone layer. Soot ...
  • Structure of gas turbine fuel sprays 
    Jasuja, A. K. (Cranfield University, 2001-09)
    The gas turbine fuel injector hs been the focus of considerable on-going research and development for over fifty years in order to satisfy the continuously evolving requirements with regard to combustion performance, fuel ...
  • Supersonic nozzle design of arbitrary cross-section 
    Haddad, A. (Cranfield University, 1988)
    An investigation, both theoretical and experimental in nature, has been undertaken to develop a simple method for the design of supersonic nozzles and, indeed, inlets of quite complex shapes from known or calculated ...
  • A zero-dimensional model of turbulent combustion in a homogeneous charge spark ignition engine. 
    De Castro, F. L. J. (1989-05)
    In the present work a zero-dimensional model of turbulent combustion has been developed for the spark ignition engine. In addition to the prediction of thermodynamic state properties, the model includes the following ...