Modern compressible flow :
Anderson, John David., 1937-
Modern compressible flow : with historical perspective / John David Anderson, Jr. - 3 ed. - Boston : McGraw Hill, 2003. - 760 p. : il., grafs., cuadros, diagrs., fot. byn, etc. - Series in Aeronautical and Aerospase Engineering . - Series in Aeronautical and Aerospase Engineering .
Cap. 1. Compressible flow - some history and introductory thoughts -- 2. Integral forms of the conservation equations for inviscid flows -- 3. One-dimensional flow -- 4. Oblique shock and expansion waves -- 5. Quasi-one dimensional flow -- 6. Differential conservation equations for inviscid flows -- 7. Unsteady wave motion -- 8. General conservation equations revisited: Velocity potential equation -- 9. Linearized flow -- 10. Conical flow -- 11. Numerical techniques for steady supersonic flow -- 12. The time-marching technique: With application to supersonic blunt bodies and nozzles -- 13. Three-dimensional flow -- 14. Transonic flow -- 15. Hypersonic flow -- 16. Properties of high-temperature gases -- 17. High-temperature flows: Basic examples.
Disponible en la Colección General
9780072424430 (pasta dura) 0072424435 (pasta dura)
Dinámica de Fluidos
Dinámica de Gases
Ingeniería Espacial
629.132323 / A545
Modern compressible flow : with historical perspective / John David Anderson, Jr. - 3 ed. - Boston : McGraw Hill, 2003. - 760 p. : il., grafs., cuadros, diagrs., fot. byn, etc. - Series in Aeronautical and Aerospase Engineering . - Series in Aeronautical and Aerospase Engineering .
Cap. 1. Compressible flow - some history and introductory thoughts -- 2. Integral forms of the conservation equations for inviscid flows -- 3. One-dimensional flow -- 4. Oblique shock and expansion waves -- 5. Quasi-one dimensional flow -- 6. Differential conservation equations for inviscid flows -- 7. Unsteady wave motion -- 8. General conservation equations revisited: Velocity potential equation -- 9. Linearized flow -- 10. Conical flow -- 11. Numerical techniques for steady supersonic flow -- 12. The time-marching technique: With application to supersonic blunt bodies and nozzles -- 13. Three-dimensional flow -- 14. Transonic flow -- 15. Hypersonic flow -- 16. Properties of high-temperature gases -- 17. High-temperature flows: Basic examples.
Disponible en la Colección General
9780072424430 (pasta dura) 0072424435 (pasta dura)
Dinámica de Fluidos
Dinámica de Gases
Ingeniería Espacial
629.132323 / A545