Energy Flux Streamlines versus Acoustic Rays for Modeling Interaction with Rigid Boundaries: Near Field of Sound from a Circular Loudspeaker, Cleon Dean, James Braselton
James P. Braselton

Energy Flux Streamlines versus Acoustic Rays for Modeling Interaction with Rigid Boundaries: Near Field of Sound from a Circular Loudspeaker, Cleon Dean, James Braselton
Cleon Dean

Visualization of the energy flux in an ensonified fluid-loaded elastic sphere, Cleon Dean, James Braselton
Cleon Dean

Visualization of the energy flow for a guided forward wave in and around a fluid loaded elastic cylindrical shell: Color coding of the Poynting vector field, Cleon Dean, James Braselton
Cleon Dean

Visualization of a surface wave in an elastic medium via the complex Poynting vector, Cleon Dean, James Braselton
Cleon Dean

Visualization of the energy flow for guided forward and backward waves in and around a fluid-loaded elastic cylindrical shell via the Poynting vector field, Cleon Dean, James Braselton
Cleon Dean

Poynting vector fields in a perpendicularly ensonified fluid loaded elastic cylinder, Cleon Dean, James Braselton
Cleon Dean

Visualization of the energy flow for guided forward and backward waves in and around a fluid-loaded elastic cylindrical shell via the Poynting vector field, Cleon Dean, James Braselton
Cleon Dean

Poynting vector fields in a perpendicularly ensonified fluid loaded elastic cylinder, Cleon Dean, James Braselton
James P. Braselton

Visualization of a surface wave in an elastic medium via the complex Poynting vector, Cleon Dean, James Braselton
James P. Braselton

Visualization of the energy flow for guided forward and backward waves in and around a fluid-loaded elastic cylindrical shell via the Poynting vector field, Cleon Dean, James Braselton
James P. Braselton

Visualization of the energy flux in an ensonified fluid-loaded elastic sphere, Cleon Dean, James Braselton
James P. Braselton

Visualization of the energy flow for guided forward and backward waves in and around a fluid-loaded elastic cylindrical shell via the Poynting vector field, Cleon Dean, James Braselton
James P. Braselton

Visualization of the energy flow for a guided forward wave in and around a fluid loaded elastic cylindrical shell: Color coding of the Poynting vector field, Cleon Dean, James Braselton
James P. Braselton

Modern Differential Equations: Theory, Applications, Technology, Martha L. Abell, James Braselton
Martha L. Abell

Modern Differential Equations: Theory, Applications, Technology, Martha L. Abell, James Braselton
James P. Braselton

Tactile 3-D Demonstrations via Cube and Makerbot, James Braselton, Lila Roberts, Jarrett Terry
Department of Mathematical Sciences Faculty Presentations

Energy Flux Streamlines Versus Acoustic Rays for Modeling Interaction With Rigid Boundaries: Near Field of Sound From a Circular Loudspeaker, Cleon Dean, James Braselton
Department of Mathematical Sciences Faculty Presentations

Energy Flux Streamlines versus the Alternatives for the Visualization of Energy Coupling Inside and Outside the Surface of an Ensonified Spherical Acoustic Lens: Preliminary Results, Cleon Dean, James Braselton
Department of Mathematical Sciences Faculty Presentations

Visualization of the energy flow for guided forward and backward waves in and around a fluid-loaded elastic cylindrical shell via the Poynting vector field, Cleon Dean, James Braselton
Department of Physics and Astronomy Faculty Presentations

Modern Differential Equations: Theory, Applications, Technology, Martha L. Abell, James Braselton
Department of Mathematical Sciences Faculty Bookshelf