Computational Fluid Dynamics 2006 pp 759-764
Computational Analysis of Flow through a Multiple Nozzle Driven Laser Cavity and Diffuser
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- Sriram M.A., Rajan N.K.S., Kulkarni P.S. (2009) Computational Analysis of Flow through a Multiple Nozzle Driven Laser Cavity and Diffuser. In: Deconinck H., Dick E. (eds) Computational Fluid Dynamics 2006. Springer, Berlin, Heidelberg
Computations have been carried out for simulating supersonic flow through a set of converging-diverging nozzles with their expanding jets forming a laser cavity and flow patterns through diffusers, past the cavity. A thorough numerical investigation with 3-D RANS code is carried out to capture the flow distribution which comprises of shock patterns and multiple supersonic jet interactions. The analysis of pressure recovery characteristics during the flow through the diffusers is an important parameter of the simulation and is critical for the performance of the laser device. The results of the computation have shown a close agreement with the experimentally measured parameters as well as other established results indicating that the flow analysis done is found to be satisfactory.
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