Research Interests
- Noise control and acoustics
- Fluid/structural interactions and design
- Adaptive structures
- Numerical methods in acoustics
- Acuator design
Acoustics Graduate Students
Select Publications
K. Naghshineh, G.H. Koopmann and A. Belegundu, "Material tailoring of structures to
achieve a minimum radiation condition."
K. Naghshineh, G.H. Koopmann, "A design method for achieving weak radiator structures
using active vibration control."
J.A. Giordano, K.A. Cunefare and G.H. Koopmann, "An experiment on optimization of
active noise control on a three-dimensional extended radiator."
K. Cunefare and G.H. Koopmann, "Acoustic design sensitivity for structural
radiators."
K. Naghshineh and G.H. Koopmann, "Active control of sound power using acoustic basis
functions as surface velocity filters.
T. McDevitt and G.H. Koopmann, C.B. Burroughs, "Two-channel laser vibrometer
techniques for vibrational intensity measurements Part I: Flexural Intensity." J.
Vibr. and Acoust. 115 , pp 436-440, (October 1993).
T. McDevitt and G.H. Koopmann, C.B. Burroughs, "Two-channel laser vibrometer
techniques for vibrational intensity measurements Part II: Longitudinal Intensity."
J. Vibr. and Acoust. 116 , pp 100-116, (January 1994).
K. Naghshineh, G.H. Koopmann, "An Active Control Strategy for Achieving Weak Radiator
Structures." J. Vib. Acoust., Vol. 116, pp. 31-37, January 1994.
T. Hoffmann and G.H. Koopmann, "Experimental and numerical analysis of bimodal
acoustic agglomeration."
T. Hoffmann, G.H. Koopmann and L. Song, "An improved theoretical model of acoustic
agglomeration."
R. St.Pierre and G.H. Koopmann, "Minimization of of radiated sound power from plates
using distributed point masses."
J.A. Giordano and G.H. Koopmann, "State space BEM-FEM coupling for fluid-structure
interaction analysis."
R. Salagame, A.D. Belegundu and G.H. Koopmann, "Analytical sensitivity of Acoustic
Power Radiated from Plates", ASME J. Vibration and Acoustics 1994.
J.B. Fahnline and G.H. Koopmann, "Constrained optimization procedures on the maximum
efficiency of acoustic sources."
T. Hoffmann and G.H. Koopmann, "Visualization of particle interaction and
agglomeration in an acoustic field."
J.B. Fahnline and G.H. Koopmann, "Active control using only a layer of simple
sources," J. Acoust. Soc. Am. 95, 2894 (1994).
J.B. Fahnline and G.H. Koopmann, "A lumped-parameter model for the acoustic power
output from a vibrating body," J. Acoust. Soc. Am. 95 2894 (1994).
T.L. Hoffmann, G.H. Koopmann, "A New Technique for Visualization of Acoustic Particle
Agglomeration", Rev. Sci. Instrum. 65(5), May 1994.
R. Salagame, A.D. Belegundu, G.H. Koopmann, "A General Optimization Strategy for
Sound Power Minimization." J. Structural Optimization Vol. 8, pp. 113-119, 1994.
J.B. Fahnline, G.H. Koopmann, "A Design for a High Effeciency Sound Source Based on
Constrained Optimization Procedures." J. Russian Acoustical Society, 1995 the Jubilee
Issue-40th Anniversary V41,(5),Sept-Oct.
R.L. St. Pierre, G.H. Koopmann, "A Design Method for Minimizing the Sound Power
Radiated From Plates by Adding Optimally Sized, Discrete Masses." ASME J. Vibration
and Acoustics Special 50th Anniversary Design Issue, V117, June 1995, pg. 243-251.
G.H. Koopmann, "Visualization of Acoustic Particle Interaction and Agglomeration:
Theory and Experiments." J. Acoust. Soc. Am. 99(4), Pt. 1, April 1996.
T.L. Hoffmann, G.H. Koopmann, "Visualization of Acoustic Particle Interaction and
Agglomeration: Theory and Experiments." to be published in the J. Acoust. Soc. Am. |
