On the rattling of windows by sonic booms.
Dynamic stresses produced by sonic boom pressure pulses in loose fitting windows, analyzing likelihood of breakage due to rattling
Crandall, S. H.↗
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Generation of sonic power during welding
Generation of intense sonic and ultrasonic power in the weld zone, close to the puddle, reduces the porosity and refinement of the grain. The ac induction brazing power supply is modified with long cables for deliberate addition of resistance to that circuit. The concept is extensible to the molding of metals and plastics.
Mc Campbell, W. M.↗
Study of the accuracy of gas flow measurements using the sonic throat method
Accuracy of gas flow measurements as determined by sonic throat method
Masure, B.↗
Variability in sonic-boom signatures measured along an 8000-foot linear array
Variability in sonic boom signatures measured along 8000 foot linear microphone array
Henderson, H. R.↗
Dynamic response of structural elements exposed to sonic booms
Dynamic response of uniform beams and plates exposed to sonic booms
Benveniste, J. E.↗
Sonic Boom Propagation in a Stratified Atmosphere, with Computer Program
Sonic boom propagation in stratified atmosphere using FORTRAN computer program with integral and differential equations
Haefeli, R. C.↗
Investigation of a class of bodies that generate far-field sonic boom shock strength and impulse independent of body length and volume
Design method for far field sonic boom shock strength and impulse independent of body length and volume
Barger, R. L.↗
Effects of atmosphere, wind, and aircraft maneuvers on sonic boom signatures
Atmosphere, wind, and aircraft maneuver effects on sonic boom signatures
Haefeli, R. C.↗
Research on critical structural response to the sonic boom Final report
Lumped parameter model for critical structural response to sonic boom
Lowery, R. L.↗
Research and development of a sonic boom simulation device
Design and performance of sonic boom simulator
Tomboulian, R.↗
Reduction of sonic boom by azimuthal redistribution of overpressure.
Sonic boom reduction by azimuthal redistribution of supersonic aircraft pressure field variation
George, A. R.↗
Seismic effects of sonic booms - Empirical results.
Sonic boom produced earth particle velocities, noting seismic effect limitation to boom pressure envelope area and earth surface boundary
Goforth, T. T.↗
Sonic booms - Fundamental characteristics.
Aircraft created pressure patterns responsible for sonic boom, discussing design techniques for noise reduction
Carlson, H. W.↗
Effects of lengthwise lift distribution on sonic boom of SST configurations.
Sonic boom signatures produced by diverse SST configurations during cruise, indicating aircraft length as overpressure limit factor
Ferri, A.↗
Lower bounds for sonic booms in the midfield.
Sonic boom lower bounds determination in midfield based on modification of Jones results by minimizing overpressure or shock strength of boom wave positive component
George, A. R.↗
Sonic impedance technique detects flaws in polyurethane foam spray-on insulation
Sonic impedance testing detects voids and unbonded regions as small as 1 inch in diameter by 0.03 inch thick. Measurements are made manually or by automatic scanning and the readout is made by meter or recorder.
Haralson, H. S.↗
Survey of United States sonic boom overflight experimentation
Supersonic overflight program for sonic boom experimentation
Maglieri, D. J.↗