Join Literal
Authors

Author

Harvard Lomax

Books

Use of Source Distributions for Evaluating Theoretical Aerodynamics of Thin Finite Wings at Supersonic Speeds
Use of Source Distributions for Evaluating Theoretical Aerodynamics of Thin Finite Wings at Supersonic Speeds
United States. National Advisory Committee for Aeronautics, Harvard Lomax, John R. Spreiter, George J. Heimerl, Chung-Hua Wu, Arthur W. Goldstein, William M. Roberts, S. S. Manson, Max. A. Heaslet, John D. Stanitz, Dean R. Chapman, Artur Mager, Loma Sluder, A. J. Eggers, John C. Evvard, Gaylord O. Ellis, Lincoln Wolfestein
An Operational Unification of Finite Difference Methods for the Numerical Integration of Ordinary Differential Equations
An Operational Unification of Finite Difference Methods for the Numerical Integration of Ordinary Differential Equations
Harvard Lomax
An Operational Unification of Finite Difference Methods for the Numerical Integration of Ordinary Differential Equations
An Operational Unification of Finite Difference Methods for the Numerical Integration of Ordinary Differential Equations
Harvard Lomax
An Empirically Derived Basis for Calculating the Area, Rate, and Distribution of Water-drop Impingement on Airfoils
An Empirically Derived Basis for Calculating the Area, Rate, and Distribution of Water-drop Impingement on Airfoils
United States. National Advisory Committee for Aeronautics, Harvard Lomax, James B. Whitten, Antonio Ferri, Benjamin Milwitzky, P. S. Klebanoff, Dean R. Chapman, Robert L. Halfman, B. Porter Brown, Robert G. Chilton, Louis W. Habel, Norman R. Bregrun, James H. Henderson, Loma Sluder, Louis M. Nucci, William R. Wimbrow, Z. W. Diehl, Mason F. Miller, Robert H. Kester
A Critical Analysis of Various Numerical Integration Methods for Computing the Flow of a Gas in Chemical Nonequilibrium
A Critical Analysis of Various Numerical Integration Methods for Computing the Flow of a Gas in Chemical Nonequilibrium
Harvard Lomax
Numerical Analysis of Flow Properties about Blunt Bodies Moving at Supersonic Speeds in an Equilibrium Gas
Numerical Analysis of Flow Properties about Blunt Bodies Moving at Supersonic Speeds in an Equilibrium Gas
Harvard Lomax, Mamoru Inouye
On the Construction of Highly Stable, Explicit, Numerical Methods for Integrating Coupled Ordinary Differential Equations with Parasitic Eigenvalues
On the Construction of Highly Stable, Explicit, Numerical Methods for Integrating Coupled Ordinary Differential Equations with Parasitic Eigenvalues
Harvard Lomax
Three-dimensional, Unsteady-lift Problems in High-speed Flight
Three-dimensional, Unsteady-lift Problems in High-speed Flight
Harvard Lomax, Max A. Heaslet, Franklyn B. Fuller

Your next favorite book is out there

Track your reading, share the passages worth remembering, and get recommendations from people you trust — not algorithms. Independent, free, and no ads.

Download on the App Store
... or sign up right here