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Fluid Dynamics - Blog Posts

4 years ago

Fluid dynamics in all its glory


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5 years ago
One Of The Most Beautiful Chemical Reactions Is The Belousov–Zhabotinsky Reaction, And It’s The Subject
One Of The Most Beautiful Chemical Reactions Is The Belousov–Zhabotinsky Reaction, And It’s The Subject
One Of The Most Beautiful Chemical Reactions Is The Belousov–Zhabotinsky Reaction, And It’s The Subject

One of the most beautiful chemical reactions is the Belousov–Zhabotinsky reaction, and it’s the subject of the latest video from Beauty of Science. (Image and video credit: Beauty of Science; via PetaPixel; submitted by clogwog)


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4 years ago

It's 2am.

I have an assignment due in two hours ago on the Hagen-Poiseuille equation and what it explains and how you derive it etc and link it to Bernoulli's principal.

Whipee for physics.

Fuck my physics degree apparently (cos I'm definitely failing this year)


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8 years ago
For Pedestrians, Windy Conditions Can Be Uncomfortable Or Even Downright Dangerous. And While You Might
For Pedestrians, Windy Conditions Can Be Uncomfortable Or Even Downright Dangerous. And While You Might
For Pedestrians, Windy Conditions Can Be Uncomfortable Or Even Downright Dangerous. And While You Might

For pedestrians, windy conditions can be uncomfortable or even downright dangerous. And while you might expect the buildings of an urban environment to protect people from the wind, that’s not always the case. The image above shows a simulation of ground-level wind conditions in Venice on a breezy day. While many areas, shown in blue and green, have lower wind speeds, there are a few areas, shown in red, where wind speeds are well above the day’s average. This enhancement often occurs in areas where buildings constrict airflow and funnel it together. The buildings create a form of the Venturi effect, where narrowing passages cause local pressure to drop, driving an increase in wind speed. Architects and urban designers are increasingly turning to numerical simulations and CFD to study these effects in urban environments and to search for ways to mitigate problems and keep pedestrians safe. (Image credits: CFD analysis - SimScale; pedestrians - Saltysalt, skolnv)

This post was sponsored by SimScale, the cloud-based simulation platform. SimScale offers a free Community plan for anyone interested in trying CFD, FEA and thermal simulations in their browser. Sign up for a free account here. 

For information on FYFD’s sponsored post policy, click here.


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8 years ago

When I post Slow Mo Guys videos, it often comes with a warning not to try this at home. For their latest video, that deserves an extra-special mention: seriously, don’t try this. In this video, Dan and Gav explode lithium-ion batteries. In the process, they discover a safety feature - namely vents on one face of the battery. Because runaway thermal reactions (a.k.a. explosions) are a possibility with this type of battery system, consumer-grade batteries are designed to try and prevent extreme damage. One of these outwardly visible safety features are these four vents that release gas when when the battery is too hot. By venting the gas, manufacturers keep the battery from exploding and sending hot chemicals and shrapnel in all directions. Instead the venting gas turns the entire battery into a miniature rocket. (Video and image credit: The Slow Mo Guys)

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8 years ago

The team behind Beauty of Science decided to explore the four seasons in this video combining macro footage of crystal growth, chemical reactions, and fluid dynamics. It’s always a fun game with videos like this to try and guess exactly what makes the mesmerizing patterns we see. Are those blue streaming waves in Spring caused by alcohol shifting the surface tension in a mixture? Are the dots of color welling up in Autumn a lighter fluid bursting up from underneath a denser one? As fun as the visuals are, though, what really made this video stand out for me was its excellent use of “The Blue Danube” to tie everything together. Check it out and don’t forget the audio! (Video credit: Beauty of Science; via Gizmodo)

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3 months ago
tumb1rina - aw shit, here we go again.

Inside the Squirting Cucumber

Inside The Squirting Cucumber

Though only 5 cm long, the squirting cucumber can spray its seeds up to 10 meters away. The little fruit does so through a clever combination of preparation and ballistic maneuvers.  (Research and image credit: F. Box et al.; via Gizmodo) Read the full article


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3 years ago
26 Oct (Intro. Number Theory)

26 Oct (Intro. Number Theory)

This is by far the worst class that I have taken. Consistently I have been with the lowest grade, and my overall understanding of this class is abysmal. Despite being in my professor’s office every day.

In any case I make a point to strive for perfection, and not understanding something haunts me to my core. In any case I am forever hopeful. Im happy to be back, and I have lots to share

🎧 Momma Told Me - Earthgang

Stay Up y’all


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4 years ago

28 April (Diff Eq.)

The struggle has been very real over the course of the last week. I failed a test (it was in the teens), my mom is still in the hospital, and some days are definitely better than others, but I am holding on.

I can’t in good faith give up everything that I’ve worked so hard to build. I have also been procrastinating. The Howard deadline is 30 April, and tbh I haven’t put my all into it (despite really wanting to attend the school).

Small update, but that’s all for today.

Stay up✌🏿

🎧 Trappin in Japan 4 - Ryan Celsius


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