1. Hypersonic boundary layer studies on a spinning sharp cone at angle of attack
2. Fliigge-Lotz,I. and Blottner, F. G. "Computation of the Compressible Laminar Boundary-Layer Flow Including Displacement Thickness Interaction Using Finite-Difference Methods,'' Stanford University, Division of Engineering Mechanics, Technical Report No. 131, 1962.
3. Lcompared with inviscid cone solutions. Figure 8 also shows that the shocks calculated for the viscous flow have a standoff di 8tance approximately equal to the inviscid st.mdoff distance plus the . ''Chemically Reacting Viscous Flow Program For Multi-Component Gas Mixtures," Sandia Corporation, SC-RR-70-754, December, 1971