The elastodynamic Poynting vector bridges the gap in student understanding of complex wave phenomena
Cleon Dean
Part of the Physics Commons
Works by James P. Braselton in Physics
2021
The elastodynamic Poynting vector bridges the gap in student understanding of complex wave phenomena
Cleon Dean
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field: Preliminary results
Cleon Dean
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field: Preliminary results
Cleon Dean
Energy flux streamlines versus acoustic rays for modeling interaction with rigid boundaries: a Lloyd’s mirror experiment
Cleon Dean
Visualization of the energy flow for guided waves near the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
Cleon Dean
Visualization of the energy flow for guided waves near the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
Cleon Dean
Energy flux streamlines vs. the alternatives for the visualization of energy flow in acoustical scattering problems: Simple examples
Cleon Dean
Energy flux streamlines vs. the alternatives for the visualization of energy coupling at and inside the surface of an ensonified fluid loaded elastic cylindrical shell with vacuum interior: Preliminary results
Cleon Dean
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
Cleon Dean
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
Cleon Dean
Energy flux streamlines versus acoustic rays for modeling interaction with rigid boundaries: a Lloyd’s mirror experiment
James P. Braselton
Energy flux streamlines vs. the alternatives for the visualization of energy coupling at and inside the surface of an ensonified fluid loaded elastic cylindrical shell with vacuum interior: Preliminary results
James P. Braselton
Energy flux streamlines vs. the alternatives for the visualization of energy flow in acoustical scattering problems: Simple examples
James P. Braselton
The energy flow for a spherical acoustic lens: ray and wave methods vs. experiment
James P. Braselton
The elastodynamic Poynting vector bridges the gap in student understanding of complex wave phenomena
James P. Braselton
The elastodynamic Poynting vector bridges the gap in student understanding of complex wave phenomena
James P. Braselton
Visualization of the energy flow for guided waves near the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
James P. Braselton
Visualization of the energy flow for guided waves near the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
James P. Braselton
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field: Preliminary results
James P. Braselton
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field: Preliminary results
James P. Braselton
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
James P. Braselton
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
James P. Braselton
2015
The Energy Flow for a Spherical Acoustic Lens: Ray and Wave Methods vs Experiment
James P. Braselton
Energy Flux Streamlines versus the Alternatives for the Visualization of Energy Flow in Acoustical Scattering Problems: Simple Examples
James P. Braselton
Energy Flux Streamlines vs the Alternatives for the Visualization of Energy Coupling at and Inside the Surface of an Ensonified Fluid Loaded Elastic Cylindrical Shell with Vacuum Interior: Preliminary Results
James P. Braselton
Energy Flux Streamlines versus the Alternatives for the Visualization of Energy Flow in Acoustical Scattering Problems: Simple Examples
Cleon Dean
Energy Flux Streamlines vs the Alternatives for the Visualization of Energy Coupling at and Inside the Surface of an Ensonified Fluid Loaded Elastic Cylindrical Shell with Vacuum Interior: Preliminary Results
Cleon Dean
Energy Flux Streamlines versus Acoustic Rays for Modeling Interaction with Rigid Boundaries: Near Field of Sound from a Circular Loudspeaker
Cleon Dean
2013
2012
Energy flux streamlines versus acoustic rays for modeling interaction with rigid boundaries: a Lloyd’s mirror experiment
Department of Physics and Astronomy Faculty Presentations
2011
Energy flux streamlines vs. the alternatives for the visualization of energy flow in acoustical scattering problems: Simple examples
Department of Physics and Astronomy Faculty Presentations
2009
Energy flux streamlines vs. the alternatives for the visualization of energy coupling at and inside the surface of an ensonified fluid loaded elastic cylindrical shell with vacuum interior: Preliminary results
Department of Physics and Astronomy Faculty Presentations
The energy flow for a spherical acoustic lens: ray and wave methods vs. experiment
Department of Physics and Astronomy Faculty Presentations
2008
An improved method of visualizing the energy flow: the Rayleigh wave
Department of Physics and Astronomy Faculty Presentations
The energy flow for a spherical acoustic lens: ray vs. wave methods
Department of Physics and Astronomy Faculty Presentations
2007
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
Department of Physics and Astronomy Faculty Presentations
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field: Preliminary results
Department of Physics and Astronomy Faculty Presentations
The energy flow for guided waves at and inside the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
Department of Physics and Astronomy Faculty Publications
2006
Visualization of the energy flow for guided waves near the surface of an ensonified fluid loaded elastic cylindrical shell via the Poynting vector field
Department of Physics and Astronomy Faculty Presentations
2005
The elastodynamic Poynting vector bridges the gap in student understanding of complex wave phenomena
Department of Physics and Astronomy Faculty Presentations
2004
2002
1999
Poynting vector fields in a perpendicularly ensonified fluid loaded elastic cylinder
Department of Physics and Astronomy Faculty Publications
