Computational Design and Optimization of Supersonic Intakes [Hardcover]

Section 1 1. Introduction 2. Optimal Ramp Shocks 3. Conceptual Intake Design Section 2 4. Reduced-order Modeling 5. CFD Simulation Procedure Section 3 6. Supersonic Diffuser Duct Design 7. Supersonic Diffuser Optimization 8. Intermediate Summary Section 4 9. 3-D Intakes 10. Off-design and Back-pressure Cases 11. Intake Buzz Prediction 12. Concluding Remarks Appendix A: ROAM script. Appendix B: Viscous boundary value correction Appendix C: Python script for Oswatitsch criterion for intake design

This book offers a unique perspective of at the intersection supersonic intake design, formal optimization methods, and the use of computational fluid dynamics (CFD) for evaluating the performance of intakes.

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Dr. Jatinder Pal Singh Sandhu is a senior R&D engineer at Yanxiki Tech., Pune, India. He has nearly a decade of experience in numerical computation and analysis of compressible high-speed flow. His expertise includes passive flow control of shock-wave boundary layer interaction, high-speed intakes, turbulence and transition modeling, and computational flow solver development. He was awarded a PhD by the Indian Institute of Technology Madras, India, for his work on laminar-to-turbulence transition modeling.

 

Dr. Ik Soo Park, an expert in propulsion and control technology for guided missiles and aircraft, currently works at the Agency for Defense Development of the Republic of Korea. With 30 years of experience in the field, he has conducted practical-oriented research, including system design control algorithms for supersonic inlet, combustion instability, rocket thrust vector, and DACS. His invaluable contributions to the development of rockets and air intake propulsion engines have led to the publication of ground-breaking research results, earning him multiple BeslS&