Edward Perez

Civil Engineering Support | Vibration Monitoring | Transit | Infrastructure | BPM | DAChamber 🇩🇴

[Edward Perez @EdthatguyPerez]

@JZforNY smoke shop registered as convenience store.

[Edward Perez @EdthatguyPerez]

@JZforNY what if the loophole is registering as a convenience store, then applying for a tobacco and or ecig license.

[Edward Perez @EdthatguyPerez]

@yuhline We’ve done the analysis https://t.co/Jkyoj2gk8I

[Edward Perez @EdthatguyPerez]

@VickieforNYC Jeez why can’t people just look up the data already out. We’ve done the analysis https://t.co/Jkyoj2gk8I

[Edward Perez @EdthatguyPerez]

@richmintz This is exactly why i took the recorded seismic data we had at 38 miles from epicenter and 62 miles in the city and did an analysis. https://t.co/Jkyoj2gk8I

[Edward Perez @EdthatguyPerez]

Earthquakes typically generate low-frequency vibrations, which can travel long distances with less attenuation compared to higher-frequency vibrations generated by local sources such as construction or traffic.

[Edward Perez @EdthatguyPerez]

The earthquake’s proximity to densely populated urban centers necessitated an immediate and thorough review of the recorded vibrations and their potential implications on infrastructure. @Vanessalgibson @OswaldFeliz #bronx #cb11 #vannest #Aftershock #morrispark @KristyMarmorato

[Edward Perez @EdthatguyPerez]

Earthquake vibrations tend to decrease in intensity as they travel further from the epicenter. The data shows that even at 62 miles away, the vibrations (with PPVs like 0.0469 in/s for longitudinal vibrations) are detectable but remain below damage thresholds.

[Edward Perez @EdthatguyPerez]

The seismic data captured 62 miles from the epicenter in New York City, detailed through the recordings from the seismographs, helps us understand the behavior of earthquake-induced vibrations and their perceptibility in urban settings.

[Edward Perez @EdthatguyPerez]

The analysis involved comparing the recorded seismic data to the USBM RI8507 standards. This comparison is crucial for assessing the impact of the seismic activity on urban structures and for evaluating the effectiveness of current vibration monitoring systems.

[Edward Perez @EdthatguyPerez]

@phyllis29118774 @Fernandez4NY Yes that humming is definitely something

[Edward Perez @EdthatguyPerez]

@jewkidsotb It wasn’t as bad as it seems, we were able to record data and analyze it. The recorded vibrations are less than typical construction.

https://t.co/Jkyoj2gk8I

[Edward Perez @EdthatguyPerez]

@AmandaFariasNYC It wasn’t as bad as it seems, we were able to record data and analyze it. The recorded vibrations are less than typical construction.

https://t.co/Jkyoj2gk8I

[Edward Perez @EdthatguyPerez]

@GovKathyHochul Stop fear mongering. It wasn’t as bad as it seems, we were able to record data and analyze it. The recorded vibrations are less than typical construction.

https://t.co/Jkyoj2gk8I

[Edward Perez @EdthatguyPerez]

Watch the fear mongering over the earthquake come into play from
Individuals who know nothing about vibrations.

[Edward Perez @EdthatguyPerez]

@CnDelarosa It wasn’t as bad as it seems, we were able to record data and analyze it. The recorded vibrations are less than typical construction.

https://t.co/Jkyoj2gk8I

[Edward Perez @EdthatguyPerez]

@GovKathyHochul It wasn’t as bad as it seems, we were able to record data and analyze it. The recorded vibrations are less than typical construction.

https://t.co/Jkyoj2gk8I

[Edward Perez @EdthatguyPerez]

@RepRitchie It wasn’t as bad as it seems, we were able to record data and analyze it. The recorded vibrations are less than typical construction.

https://t.co/Jkyoj2gk8I

[Edward Perez @EdthatguyPerez]

@garrar26 It wasn’t as bad as it seems, we were able to record data and analyze it.
https://t.co/Jkyoj2gk8I