Hamilton’s Principle and the Equations of Motion of an Elastic Shell with Proper Fluid Loading
Cleon Dean
Part of the Physics Commons
Works by Michael F. Werby in Physics
2021
The importance of proper fluid loading to the prediction of pseudo-Stoneley resonances form shell theories
Cleon Dean
The prediction of pseudo-Stoneley resonances via proper fluid loading of thin shell theories
Cleon Dean
Proper fluid loading of thin shell theories and the prediction of pseudo-Stoneley resonances
Cleon Dean
The prediction of pseudo-Stoneley resonances via proper fluid loading of thin shell theories
Cleon Dean
The study of pulse returns from elongated elastic shells and the extraction of target characteristics
Cleon Dean
The study of pulse returns from elongated elastic shells and the extraction of target characteristics
Cleon Dean
Asymptotically correct shell theories with fluid loading for the thin spherical shell: new results
Cleon Dean
Asymptotically correct shell theories with fluid loading for the thin spherical shell: new results
Cleon Dean
2005
Determination of material composition from time-domain and frequency-domain resonance echoes of submerged elongated elastic targets
Cleon Dean
Comparison of backscattered echoes predicted from exact theory and from thin‐shell theories
Cleon Dean
1998
The determination of relative strengths of resonances excited for plane waves scattered from elastic spheroids
Cleon Dean
1994
Asymptotically correct shell theories with fluid loading for the thin spherical shell: new results
Department of Physics and Astronomy Faculty Presentations
The study of pulse returns from elongated elastic shells and the extraction of target characteristics
Department of Physics and Astronomy Faculty Presentations
The importance of proper fluid loading to the prediction of pseudo-Stoneley resonances form shell theories
Department of Physics and Astronomy Faculty Publications
The study of pulse signals from elastic spheroidal shells near reflecting interfaces
Department of Physics and Astronomy Faculty Presentations
1993
The prediction of pseudo-Stoneley resonances via proper fluid loading of thin shell theories
Department of Physics and Astronomy Faculty Presentations
Hamilton’s Principle and the Equations of Motion of an Elastic Shell with Proper Fluid Loading
Department of Physics and Astronomy Faculty Presentations
Variational methods and the derivation of shell theories to approximate vibrations of bounded elastic shells
Cleon Dean
The Construction of Shell Theories with Fluid Loading to Approximate Scattering from Submerged Bounded Objects via Techniques in Differential Geometry
Cleon Dean
1992
Asymptotically correct shell theories with fluid loading for the thin spherical shell: Further results
Cleon Dean
Theoretical Predictions for Scattering from Elastic Solid Cylinders with Hemispherical Caps and Comparison with Data
Cleon Dean
Theoretical Predictions for Scattering from Elastic Solid Cylinders with Hemispherical Caps and Comparison with Data
Cleon Dean
Shell Theories with Fluid Loading to Approximate Scattering from Submerged Bounded Objects
Cleon Dean
Pseudo-Stoneley waves predicted by shell theory for the thin spherical shell via proper fluid loading
Cleon Dean
Shell Theories with Fluid Loading to Approximate Scattering from Submerged Bounded Objects
Cleon Dean
Hamilton’s principle and the equations of motion of an elastic shell with and without fluid loading
Cleon Dean
Asymptotically correct shell theories with fluid loading for the thin spherical shell: Further results
Cleon Dean
Pseudo-Stoneley waves predicted by shell theory for the thin spherical shell via proper fluid loading
Cleon Dean
1991
Target shape and material composition from resonance echoes of submerged elongated elastic targets
Cleon Dean
Determination of material composition from time-domain and frequency-domain resonance echoes of submerged elongated elastic targets
Cleon Dean
Variational methods and the derivation of shell theories to approximate vibrations of bounded elastic shells
Cleon Dean
Hamilton's principle and the derivation of shell theories to approximate vibrations of bounded elastic shells
Cleon Dean
Hamilton's principle and the derivation of shell theories to approximate vibrations of bounded elastic shells
Cleon Dean
Hamilton’s principle and the equations of motion of an elastic shell with and without fluid loading
Cleon Dean
A systematic study of calculations for scattering of plane waves from submerged elastic solid cylinders with hemispherical caps
Cleon Dean
