Reproducing wrought grain structure in additive IN718 through nanosecond laser induced cavitation
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Sims, Hannah (ORCID:0000000176215153)↗
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Results for “cavitation”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Influence of the turbulence modeling on the simulation of unsteady cavitating flows
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Chebli, R.↗
Experimental investigation of three distinct mechanisms for the transition from sheet to cloud cavitation
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Zhang, Guangjian↗
Influence of the ultrasound cavitation intensity on reduced graphene oxide functionalization
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37 INORGANIC, ORGANIC, PHYSICAL, AND ANALYTICAL CH↗
Measurement of Magnetic Cavitation Driven by Heat Flow in a Plasma
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Arran, C. (ORCID:0000000286448118)↗
Computational generation of voids in a -Si and a -Si:H by cavitation at low density
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Guerrero, Enrique↗
Machine-learning-based real-time, high-fidelity neutron source identification via cavitation acoustic shock spectra in centrifugally tensioned metastable fluid detectors
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Christensen, Bailey [Nuclear Engineering Departmen↗
Grain nucleation from nanosecond laser induced cavitation instabilities in additive manufacturing melt pools
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Abere, Michael Joseph Kim↗
Influence of Atherosclerotic Risk Factors on the Effectiveness of Therapeutic Ultrasound Cavitation for Flow Augmentation
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J. Todd Belcik↗
Liquid-metal cavitation-erosion research investigation status report, oct. 1, 1961 - apr. 1, 1962
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Hammitt, F. G.↗
Cavitation in mechanical face seals.
Gas cavities in mechanical face seals operating with hydrodynamic films, obtaining solutions to Reynolds equation for hydrodynamic lubrication
Findlay, J. A.↗
Cavitation performance of 80.6 deg helical inducer in liquid hydrogen
Net positive suction head requirements for helical inducer in liquid hydrogen under varied flow and temperature conditions
Meng, P. R.↗
Mod-C program, turbine visco seal cavitation tests
Testing designs of seal-to-space system for SNAP 8 turbine
Cherry, M. G.↗
Role of physical properties of liquids in cavitation erosion
The dependence of erosion rates on the ambient temperature of water is discussed. The assumption that the gas inside the bubble is compressed adiabatically during collapse gives better agreement with experiments than the assumption that the gas is isothermally compressed. Acoustic impedance is an important liquid parameter that governs the erosion intensity in vibratory devices. The investigation reveals that the major physical properties of liquids governing the intensity of erosion include density, sound speed, surface tension, vapor pressure, gas content, and nuclei distribution.
Thiruvengadam, A.↗