Liepmann, Hans W.

Monograph from CaltechTHESIS advisor

• Robey, Harry Francis, III (1986) The Nature of Oblique Instability Waves in Boundary Layer Transition; 10.7907/7VG8-Y513
• Taylor, Stephen (1986) The Effects of Large-Eddy Manipulator Devices on the Turbulent Spot and the Turbulent Boundary Layer; 10.7907/7520-qj30
• Rösgen, Thomas (1985) Second Sound Scattering in Superfluid Helium; 10.7907/r8ge-j070
• Nosenchuck, Daniel Mark (1982) Passive and Active Control of Boundary Layer Transition; 10.7907/CKFA-E875
• Trebitz, Bernd Otto (1982) Acoustic Transmission Imaging for Flow Diagnostics; 10.7907/pnsp-rk30
• Turner, Timothy Neal (1980) Second sound shock waves and critical velocities in liquid helium II; 10.7907/cg05-6436
• Rogers, Philip Louis (1979) Experimental investigation of second sound shock waves in liquid helium II; 10.7907/y2bj-vw94
• Wise, Jack LeRoy (1979) Experimental investigation of first- and second-sound shock waves in liquid helium II; 10.7907/c49w-bh82
• Breidenthal, Robert Edward (1979) A chemically reacting, turbulent shear layer; 10.7907/hj67-9h91
• Hesselink, Lambertus (1977) An experimental investigation of propagation of weak shock waves in a random medium; 10.7907/XKHF-VD55
• Bofah, Kwasi Kete (1976) A study of the trailing vortices behind a ring wing; 10.7907/050Z-4228
• Shea, John R. (1976) A chemical reaction in a turbulent jet; 10.7907/BJQT-9A50
• Laguna, Glenn A. (1975) Second sound attenuation in a liquid helium counterflow jet; 10.7907/7C0G-HK08
• Dimotakis, Paul Emmanuel (1973) Investigation of Supercritical Heat Flow in Helium II; 10.7907/WMV3-FJ63
• Cummings, John Chester (1973) I. Development of a Cryogenic Shock Tube. II. Experimental Investigation of the Interaction of a Shock Wave with Liquid Helium and I and II; 10.7907/AM0F-DB64
• Jimenez, Javier (1973) I. Nonlinear gas oscillations in pipes. II. Wavetrains with small dissipation.; 10.7907/HRSK-FC56
• Rupert, Viviane Claude (1973) Experimental study of shock wave strengthening by a positive density gradient in a cryogenic shock tube; 10.7907/ZXBM-7809
• Logan, Samuel Ernest (1972) Laser velocimeter measurement of Reynolds stress and turbulence in dilute polymer solutions; 10.7907/BD39-BV19
• Robinson, William McKinley (1969) Mass spectrometric studies of ionization precursors ahead of strong shock waves; 10.7907/0QN4-MY03
• Lake, Bruce Meno (1969) Velocity Measurements Ahead of a Semi-Infinite Body in Magnetohydrodynamic Flow with Aligned Fields; 10.7907/PN2X-JB97
• Suzuki, Bob Hiro (1967) Magnetofluid-Dynamic Drag Measurements on Semi-Infinite Bodies in Aligned Fields; 10.7907/JWK4-BM31
• Klein, Alan Frank (1967) I. The Use of a Large Conventional Shock Tube as a Pre-Ionizer for an Inverse Pinch Shock Tube. II. The Application of Thin-Film Heat Transfer Gauges and Flush Electrostatic Probes to Partially Ionized Flows in Shock Tubes; 10.7907/G7GV-GX76
• Wang, Charles Chang-Ping (1967) Mass Spectrometric Studies of Ionization in Shock Heated Gas Mixtures; 10.7907/GN3Q-Y356
• Hoffman, Alan Lowell (1967) Magnetohydrodynamic Shock Production and Current Sheet Diffusion; 10.7907/4WVH-W290
• Sorrell, Furman Yates, Jr. (1966) On the Generation of Shock Waves in an Inverse Pinch; 10.7907/ZCDM-SF32
• Yonas, Gerold (1966) Aligned fields, magneto-fluid dynamic flow past bodies; 10.7907/XGWS-3X78
• Bowman, Robert Marcus (1966) Investigation of Shock Front Topography in Shock Tubes; 10.7907/XPM1-ZZ53
• Baganoff, Donald (1964) Experiments on the Wall-Pressure History in Shock Reflection Processes; 10.7907/XK5D-HZ55
• Vlases, George Charpentier (1963) Experiments in a Cylindrical Magnetic Shock Tube; 10.7907/1EHZ-AZ30
• Slachmuylders, Erik Jaak (1963) Measurements of the Acceleration of Reflected Shock Waves by Means of a New Heat Transfer Gauge; 10.7907/5G88-B054
• Ahlstrom, Harlow Garth (1963) Experiments on the Upstream Wake in Magneto-Fluid Dynamics; 10.7907/NAR6-M485
• Rupert, Viviane Claude (1963) Influence of Radiative Dissipation on the Shock Wave Structure; 10.7907/41E3-T691
• Hoult, David Parks (1962) Magnetohydrodynamic Surface Waves; 10.7907/RVM0-1T80
• Preukschat, A. Werner (1962) Measurements of Drag Coefficients for Falling and Rising Spheres in Free Motion; 10.7907/94MG-ZS76
• Johnson, Douglas Stoddard (1962) I. Design and Application of Piezoceramic Transducers to Transient Pressure Measurements. II. Some Measurements of Curvature and Thickness of Reflecting Normal Shocks at Low Initial Pressures; 10.7907/BJ82-FM97
• Chen, William S. (1961) Measurements of Aerodynamic Noise on a Flat Plate in Supersonic Flow; 10.7907/SEEW-5974
• Narasimha, Roddam (1961) Some Flow Problems in Rarefied Gas Dynamics; 10.7907/1S8T-QA38
• Gorecki, Jacek Piotr (1960) An Investigation of Temperature Fluctuations on Bluff Bodies; 10.7907/KV3S-CJ64
• Sturtevant, Bradford (1960) The Effusion of Charged Particles from a Shock Heated Gas; 10.7907/PCNN-DW03
• Stockmair, Wilfried (1959) Problems in Effusion; 10.7907/KH55-XN11
• Weyers, Paul Frederik Robert (1959) The Vibration and Acoustic Radiation of Thin-Walled Cylinders Caused by Internal Turbulent Flow; 10.7907/QTM4-9Z19
• Goddard, Frank Eber (1957) The Effect of Uniformly Distributed Roughness on Turbulent Skin Friction Drag at Supersonic Speeds; 10.7907/BA5G-7H43
• Lamson, Philip (1956) Measurements of Lift Fluctuations Due to Turbulence; 10.7907/2ZDV-9T79
• Sibulkin, Merwin (1956) Boundary Layer Measurements at Supersonic Nozzle Throats; 10.7907/1JZK-HZ46
• Karamcheti, Krishnamurty (1956) Sound Radiation from Surface Cutouts in High Speed Flow; 10.7907/1CRR-9Y28
• Campbell, George Stuart (1956) Turbulence in the Wake of a Thin Airfoil at Low Speeds; 10.7907/T35K-QF86
• Skinner, George Tolmie (1955) A Time Correlator for Problems in Aerodynamics; 10.7907/6B8H-3139
• Magnus, Richard Jeffrey (1955) An Experimental Investigation of the Transfer of Heat from Small Wires to a Viscous Compressible Fluid; 10.7907/4ZYH-PF56
• Williamson, William Jeffris (1955) An Experimental Investigation of Heat Transfer from Fine Wires to Still Air at Low Density; 10.7907/J54H-9F64
• Vrebalovich, Thomas (1954) The Development of Direct and Alternating Current Glow Discharge Anemometers for the Study of Turbulence Phenomena in Supersonic Flow; 10.7907/95XT-RN93
• Hakkinen, Raimo Jaakko (1954) Measurements of Skin Friction in Turbulent Boundary Layers at Transonic Speeds; 10.7907/WAX3-QV41
• Dailey, Charles Lee (1954) Supersonic Diffuser Instability; 10.7907/V9XM-W683
• Willmarth, William Walter (1954) The Lift of Thin Airfoils at High-Subsonic Speeds; 10.7907/DFFC-8041
• Solomon, George Edward (1953) Transonic Flow Past Cone-Cylinders; 10.7907/DE4W-ZJ43
• Coles, Donald Earl (1953) Measurements in the Boundary Layer on a Smooth Flat Plate in Supersonic Flow; 10.7907/0DDW-9S38
• Chuan, Raymond Lu-Po (1953) The Development and Utilization of Some Equipment for Low Reynolds Number Supersonic Flow Research; 10.7907/B6T3-QB91
• Roshko, Anatol (1952) On the Development of Turbulent Wakes from Vortex Streets; 10.7907/4WDN-9807
• Robinson, Martin Samuel (1952) A Ten Channel Statistical Analyzer for Use in Turbulence Research; 10.7907/3BGC-7N43
• Stuart, Jay William (1951) Spectra of the Velocity Fluctuations in the Wake of Stalled Airfoils; 10.7907/0DKR-ZG89
• Bryson, Arthur Earl (1951) An Experimental Investigation of Transonic Flow Past Two-Dimensional Wedge and Circular Arc Sections Using a Mach-Zehnder Interferometer; 10.7907/S45R-FG17
• Morgan, Antony John Andrew (1951) A General Similarity Theory of Partial Differential Equations and its Use in the Solution of Problems in Aeronautics; 10.7907/9142-KZ49
• Skinner, George Tolmie (1951) Mean-Speed Measurements in Two-Dimensional, Incompressible, Fully-Developed Turbulent Channel Flow; 10.7907/CGEH-Q720
• Dhawan, Satish (1951) Direct Measurements of Skin Friction; 10.7907/1S03-8631
• Chuang, Feng-Kan (1950) On the Statistical Theory of Turbulence; 10.7907/2TJM-BK44
• Barish, David Theodore (1950) Acoustical Airspeed Indicators; 10.7907/FR7P-K372
• Ashkenas, Harry Israel (1950) The Design and Construction of a Mach-Zehnder Interferometer for Use with the GALCIT Transonic Wind Tunnel; 10.7907/D0V1-MJ80
• Dhawan, Satish (1949) On the Design and Use of a Flexible Nozzle for the GALCIT Transonic Wind Tunnel; 10.7907/ESYY-5P20
• Mettler, Ruben Fred (1949) The Anemometric Application of an Electrical Glow Discharge in Transverse Air Streams; 10.7907/RTBA-4692
• Head, Richard Moore (1949) Investigations of Spontaneous Condensation Phenomena; 10.7907/06R8-C778
• Chapman, Dean Roden (1948) Base Pressure at Supersonic Velocities; 10.7907/F2ZC-4B47
• Srinivasan, Natesan (1948) Higher Order Approximations for Transonic Flow Over Slender Bodies; 10.7907/8HMA-7V02
• Marble, Frank Earl (1948) Some Problems Concerning the Rotational Motion of a Perfect Fluid; 10.7907/2JGF-0Z67
• Laufer, John (1948) Investigation of Turbulent Flow in a Two-Dimensional Channel; 10.7907/6ZYC-HJ88
• Marble, Frank Earl (1947) The Rotational Motion of an Ideal Fluid and Application to the Three-Dimensional Flow Through Axial Turbomachinery; 10.7907/CJJR-H730
• Cole, Julian David (1947) On the Transonic Flow Past Thin Airfoils; 10.7907/7YQN-9C32
• Corrsin, Stanley (1947) I. Extended Applications of the Hotwire Anemometer. II. Investigations of the Flow in Round, Turbulent Jets; 10.7907/NB53-K411
• Weitzenfeld, Daniel Kehr and Trauger, Robert James, et el. (1946) The Effect of Dive Recovery Flaps on the Lift of a Two Dimensional Symmetrical Airfoil with Changes in Chordwise Location of the Flaps; 10.7907/CV3E-KC83
• Parker, James Frederick and Anderson, John Berwick, et el. (1946) An Investigation of the Effects of the Sudden Extension of a Dive-Recovery Flap on the Aerodynamic Characteristics of a Symmetrical Airfoil in Two Dimensional Flow; 10.7907/DJD3-KV06
• Leydon, John Koebig and Miller, Walter Bernard (1945) An Investigation of Wind Tunnel Wall Effects at High Mach Numbers; 10.7907/HNBB-CK44
• Zebb, George Keirn (1943) Technique of Measuring Transverse Components of Velocity Fluctuations in Turbulent Flow; 10.7907/H56H-BX29
• Corrsin, Stanley (1942) Decay of Turbulence Behind Three Similar Grids; 10.7907/GXRW-6609