Aaron Vaughn (@a5vaughn) 's Twitter Profile
Aaron Vaughn

@a5vaughn

Husband, Father, Latter-Day Saint, Acoustician, Trumpet Player, 日本語話者

ID: 1250229964508725249

calendar_today15-04-2020 01:10:44

3 Tweet

6 Followers

54 Following

POMA (@asa_poma) 's Twitter Profile Photo

This study compares two statistical models to construct summary dose-response curves for low boom community #noise surveys. doi.org/10.1121/2.0001… #acoustics #ASA181 Aaron Vaughn NASA Langley Research Center

This study compares two statistical models to construct summary dose-response curves for low boom community #noise surveys. doi.org/10.1121/2.0001…

#acoustics #ASA181
<a href="/a5vaughn/">Aaron Vaughn</a> 
<a href="/NASA_Langley/">NASA Langley Research Center</a>
JASA (@asa_jasa) 's Twitter Profile Photo

SPECIAL ISSUE: SUPERSONIC JET NOISE Evidence for nonlinear reflections in shock-containing noise near high-performance military aircraft doi.org/10.1121/10.000… #acoustics #noise #jets Aaron Vaughn Kent Gee BYU Physics and Astronomy @byumecheng BYU Acoustics

SPECIAL ISSUE: SUPERSONIC JET NOISE

Evidence for nonlinear reflections in shock-containing noise near high-performance military aircraft
doi.org/10.1121/10.000…

#acoustics #noise #jets

<a href="/a5vaughn/">Aaron Vaughn</a> 
<a href="/KentLGee/">Kent Gee</a> 
<a href="/BYU_PhysAstro/">BYU Physics and Astronomy</a> 
 @byumecheng 
<a href="/BYUAcoustics/">BYU Acoustics</a>
JASA (@asa_jasa) 's Twitter Profile Photo

This work shares an analysis method that can be used to determine the relationship between short-term annoyance generated by individual noise events and longer-term cumulative annoyance that results from exposure to multiple single events. doi.org/10.1121/10.002… Aaron Vaughn

This work shares an analysis method that can be used to determine the relationship between short-term annoyance generated by individual noise events and longer-term cumulative annoyance that results from exposure to multiple single events. doi.org/10.1121/10.002…

<a href="/a5vaughn/">Aaron Vaughn</a>