Fundamental Modelling of Three-Dimensional Two-Phase Reacting Flow Systems.
Abstract
A mathematical model capable of predicting three-dimensional, steady, incompressible, swirling/nonswirling, recirculating turbulent (cold and reacting) flows inside combustion chambers with different geometric configurations and load conditions is presented. The model included in this report is restricted to physical models which include a hydrodynamic turbulence model (the universal two-equation model of turbulence known as k-epsilon model), a single-phase combustion model (for both 'premixed' and 'unmixed' inlet fuel-air mixtures) and a six-flux radiation model.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 1980
- Accession Number
- ADA083740
Entities
People
- J. C. Dutt
Organizations
- University of Sheffield