**Journal Articles**

- Kimberly A. Riegel and Victor W Sparrow, 2019, "Sonic boom propagation around a large building using a combined ray tracing/radiosity method", J. Acoust. Soc. Am.,
**145**, (4), pp. 2317-2327

- Trevor A Stout and Victor W Sparrow, 2018, "Time-domain spline interpolation in a simulation of N-wave propagation through turbulence", JASA Express Letters,
**144**, (3), pp. 7

- William J. Doebler and Victor W Sparrow, 2018, "Erratum: Stability of sonic boom metrics regarding signature distortions from atmospheric turbulence", JASA Express Letters,
**144**, (1), pp. 1

- William J. Doebler and Victor W Sparrow, 2017, "Stability of sonic boom metrics regarding signature distortions from atmospheric turbulence", JASA Express Letters,
**141**, (6), pp. 7

- Joyce A. Rosenbaum, Anthony A Atchley and Victor W Sparrow, 2016, "Inclusion of elevation angle source directivity in the parabolic equation method", Noise Control Engineering Journal,
**64**, (2), pp. 14

- Alexandre Jolibois, Jerome DeFrance, H Koreneff, Philippe Jean, Denis Duhamel and Victor W Sparrow, 2015, "In situ measurement of the acoustic performance of a full scale tramway low height noise barrier prototype", Applied Acoustics,
**94**, pp. 11

- J. Salamone, Victor W Sparrow and K. Plotkin, 2013, "Solution of the lossy nonlinear Tricomi equation with application to sonic boom focusing", AIAA J.,
**51**, (7), pp. 1745-1754

- A. Jolibois, D. Duhamel, Victor W Sparrow, J. Defrance and P. Jean, 2012, "Scattering by a cylinder covered with an arbitrary distribution of impedance and application to the optimization of a tramway noise abatement system", J. Sound Vib.,
**331**, pp. 5597-5622

- S. T. Cho and Victor W Sparrow, 2011, "Diffraction of sonic booms around buildings resulting in the building spiking effect", J. Acoust. Soc. Am.,
**129**, (3), pp. 1250-1260

- K. L. Gee, Victor W Sparrow, M. M. James, J. M. Downing, C. M. Hobbs, T. B. Gabrielson and A. A. Atchley, 2008, "The role of nonlinear effects in the propagation of noise from high-power jet aircraft", J. Acoust. Soc. Am.,
**123**, (6), pp. 4082-4093

- Lance L. Locey and Victor W Sparrow, 2007, "Modeling atmospheric turbulence as a filter for sonic boom propagation", Noise Control Eng. J.,
**55**, (6), pp. 495-503

- Kent L. Gee, Victor W Sparrow, Michael M. James, J. Micah Downing, Christopher M. Hobbs, Thomas B. Gabrielson and Anthony A. Atchley, 2007, "Measurement and prediction of noise propagation from a high-power jet aircraft", AIAA J.,
**45**, (12), pp. 3003-3006

- Kent L. Gee, Victor W Sparrow, Anthony Atchley and Thomas B. Gabrielson, 2007, "On the perception of crackle in high-amplitude jet noise", AIAA Journal,
**45**, (3), pp. 593-598

- K. L. Gee, S. Hales Swift, Victor W Sparrow, K. J. Plotkin and J. M. Downing, 2007, "On the potential limitations of conventaional sound metrics in quantifying perception of nonlinearly propagated noise", J. Acoust. Soc. Am.,
**121**, (1), pp. EL1-7

- Alexandra Loubeau, Victor W Sparrow, Larry L. Pater and Wayne M. Wright, 2006, "High-frequency measurements of blast wave propagation", JASA Express Letters,
**120**, (3), pp. EL29-EL35

- K. L. Gee and Victor W Sparrow, 2006, "Measurement and prediction of nonlinearity in outdoor propagation of periodic signals", J. Acoust. Soc. Am.,
**120**, (5), pp. 2491-2499

- O. Al-Bataineh, T. D. Mast, E. Park, Victor W Sparrow, R. M. Keolian and N. B. Smith, 2006, "Utilization of the k-space method in the design of a ferroelectric hyperthermia phased array", Ferroelectrics,
**331**, pp. 103-120

- K. L. Gee, T. B. Gabrielson, A. A. Atchley and Victor W Sparrow, 2005, "Preliminary analysis of nonlinearity in military jet aircraft noise propagation", AIAA Journal,
**43**, (6), pp. 1398-1401

- M. S. Wochner, A. Atchley and Victor W Sparrow, 2005, "Numerical simulation of finite amplitude wave propagation in air using a realistic atmospheric absorption model", J. Acoust. Soc. Am.,
**118**, (5), pp. 2891-2898

**Conference Proceedings**

- Harshal Patankar and Victor W Sparrow, 2018, "Quantifying the effect of uncertainty in meteorological conditions on aircraft noise propagation", Institute of Noise Control Engineering of the USA, Washington, DC, USA, pp. 10

- Trevor Stout and Victor W Sparrow, 2018, "Nonlinear propagation of shaped supersonic signatures through turbulence",
*Proceedings of Meetings on Acoustics (POMA)*, AIP Publishing, LLC, Melville, NY, USA, **34**, pp. 4

- Joshua Palmer and Victor W Sparrow, 2015, "Measured N-wave sonic boom events and sensitivity in sonic boom metrics", AIP Publishing, LLC, Melville, NY, USA,
**1685**, pp. 4

- Erik Petersen and Victor W Sparrow, 2015, "Effects of carbon dioxide on atmospheric absorption of noise for en-route aircraft and supersonic aircraft", Proc. Internoise 2015, pp. 7

- Victor W Sparrow and Rachel Romond, 2014, "Atmospheric absorption effects on the propagation of aircraft noise", Institute of Noise Control Engineering of the USA, Washington, DC, USA, pp. 8

- K. Riegel and Victor W Sparrow, 2012, "Sonic boom propagation in urban canyons", Proc. of Internoise 2012/ASME NCAD meeting, Paper IN12-656

**Magazines/Trade Publications**

- Victor W Sparrow, Jiri Tichy, Anthony A Atchley and Sabih Hayek, 2015, "The Penn State Acoustics Program at 50", Acoustics Today,
**11**, (4), pp. 6

- Alexandre Jolibois, Jerome DeFrance, H Koreneff, Philippe Jean, Denis Duhamel and Victor W Sparrow, 2014, "Mesure in situ de la perte par insertion d'un prototype de potection antibruit de faible hauteur adapte au tramway", Acoustique & Techniques,
**75**

**Abstracts**

- A. B. Lind and Victor W Sparrow, 2013, "The impact of including diffraction when predicting the effect of listener environment on the perceived loudness of outdoor sonic booms.", J. Acoust. Soc. Am,
**133**, (5, Pt. 2)

- A. Christian and Victor W Sparrow, 2013, "A multi-objective evolutionary optimization approach to procedural flight-noise mitigation", J. Acoust. Soc. Am.,
**133**, (5, Pt. 2)

**Other**

- Victor W Sparrow, Trevor A. Stout, Kevin A. Bradley and Christopher M. Hobbs, 2019, "SonicBAT: Some highlights and subsequent developments", pp. 8

- Trevor Stout and Victor W Sparrow, 2019, "Three-dimensional simulations of shaped sonic boom signature loudness variations due to atmospheric turbulence", pp. AIAA Paper 2019-2562

- B. Kim and Victor W Sparrow, 2013, "Comparison of finite element models for residential building walls and low frequency sound transmission"

- R. Romond and Victor W Sparrow, 2013, "Incorporating real atmospheres into aviation noise models using meteorological data from the AERMOD atmospheric dispersion model"

- S. Liu, Victor W Sparrow and Y. Makino, 2013, "Establishing new noise standards for civil supersonic aircraft: status report", pp. 73-77

- J. Salamone and Victor W Sparrow, 2012, "A sonic boom propagation model including mean flow atmospheric effects"

- A. Jolibois, D. Duhamel, Victor W Sparrow, J. Defrance and P. Jean, 2012, "Application of admittance optimization to the design of a low-height tramway noise barrier"

- Victor W Sparrow, X. Di and F. Brittain, 2011, "Why full wave methods? What a noise control engineer should know"

- J. Rosenbaum, Victor W Sparrow and A. Atchley, 2011, "Comparison between a hybrid parabolic equation-fast field program model and a ray-based method of outdoor sound propagation"

- K. Poulain, Victor W Sparrow, K. Brentner and L. Sutherland, 2010, "Application of atmospheric absorption models for aircraft en-route noise"

- J. Rosenbaum, A. Atchley and Victor W Sparrow, 2010, "Modeling propagation of aviation noise under range-dependent conditions, using a Parabolic Equation method"

- J. E. Rosenbaum, A. A. Atchley and Victor W Sparrow, 2009, "Enhanced sound propagation modeling of aviation noise using a hybrid parabolic equation - fast field program method"

- A. Lind and Victor W Sparrow, 2009, "Including the effects of terrain reflections and postboom noise in sonic booms"

- Victor W Sparrow and S. Garrett, 2008, "An audio reproduction grand challenge: design a system to sonic boom an entire house"

- S. Cho and Victor W Sparrow, 2008, "Sonic boom diffraction around buildings using a finite difference time domain approach"

- L. Locey, Victor W Sparrow and A. Piacsek, 2008, "Sonic boom post processing to include atmospheric turbulence effects"

- E. Haering, L. Cliatt, T. Bunce, T. Garbrielson and Victor W Sparrow, 2008, "Initial results from the variable intensity sonic boom propagation database"

- A. Piacsek, L. Locey and Victor W Sparrow, 2008, "Time-domain modeling of atmospheric turbulence effects on sonic boom propagation"

- Victor W Sparrow, L. L. Pater and T. B. Gabrielson, 2007, "Nonlinear effects in the propagation and measurement of blast waves", pp. 7

- L. L. Locey and Victor W Sparrow, 2007, "Perceived loudness fluctuations in low-boom signatures due to atmospheric turbulence", pp. 6

- K. L. Gee and Victor W Sparrow, 2005, "Quantifying nonlinearity in the propagation of noise from military jet aircraft"

- M. M. James, J. M. Downing, C. H. Hobbs, K. L. Gee and Victor W Sparrow, 2005, "Nonlinearity in the outdoor propagation of high-power jet noise: measurement results"

- Victor W Sparrow, 2005, "PARTNER Project 8: Sonic boom mitigation"

- K. L. Gee, A. A. Atchley, L. E. Falco, T. B. Gabrielson and Victor W Sparrow, 2005, "Bispectral analysis of high-amplitude jet noise", pp. AIAA Paper 2005-2937

- K. L. Gee, Victor W Sparrow, T. B. Gabrielson and A. A. Atchley, 2005, "Nonlinear modeling of F/A-18E noise propagation", pp. AIAA Paper 2005-3089

- L. E. Falco, K. L. Gee, A. A. Atchley and Victor W Sparrow, 2005, "Investigation of a single point indicator of nonlinearity in one-dimensional propagation", pp. 1385-1389

- K. L. Gee and Victor W Sparrow, 2005, "Asymptotic behavior in the numerical propagation of finite-amplitude jet noise"

- A. L. Loubeau and Victor W Sparrow, 2005, "Nonlinear propagation of high-frequency energy from blast waves"

- L. Locey and Victor W Sparrow, 2005, "FIR filter models for sonic boom propagation through turbulence"

- D. Sastrapradja and Victor W Sparrow, 2005, "Rayleigh streaming simulation in a cylindrical tube using the vorticity transport equation"