The work focuses on the characterization of the flowfield over a truncated linear aerospike by combining theoretical grounds, numerical simulations and experimental tests. The experimental investigations are carried out on a test rig designed at Politecnico di Torino for advanced nozzle testing. Fully three-dimensional CFD analyses are performed on the actual geometry of the experimental nozzle model. At low nozzle pressure ratios ( NPRs) the analysis combines numerical simulations and experimental testing, which are also used for validating the CFD results. At higher NPRs, the flowfield characterization is performed only by three-dimensional CFD analyses. In addition to the validation of the numerical method, the edge effects at different NPR s have been observed.
Characterization of the Three-Dimensional Flowfield over a Truncated Linear Aerospike / Marsilio, Roberto; DI CICCA, GAETANO MARIA; Resta, Emanuele; Ferlauto, Michele. - In: FLUIDS. - ISSN 2311-5521. - ELETTRONICO. - 9:8(2024). [10.3390/fluids9080179]
Characterization of the Three-Dimensional Flowfield over a Truncated Linear Aerospike
Roberto Marsilio;Gaetano Maria Di Cicca;Emanuele Resta;Michele Ferlauto
2024
Abstract
The work focuses on the characterization of the flowfield over a truncated linear aerospike by combining theoretical grounds, numerical simulations and experimental tests. The experimental investigations are carried out on a test rig designed at Politecnico di Torino for advanced nozzle testing. Fully three-dimensional CFD analyses are performed on the actual geometry of the experimental nozzle model. At low nozzle pressure ratios ( NPRs) the analysis combines numerical simulations and experimental testing, which are also used for validating the CFD results. At higher NPRs, the flowfield characterization is performed only by three-dimensional CFD analyses. In addition to the validation of the numerical method, the edge effects at different NPR s have been observed.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2991640