Compression Memes

Posts tagged with Compression

Are You A Top Or A Bottom Bracket?
Engineering Physics Materials
16 days ago 3.7K views 0 shares
Are You A Top Or A Bottom Bracket?
Engineering students never see the world the same way again. What normal people see as "top or bottom" in dating preferences, engineers see as load-bearing mechanics. Left side shows force diagrams of compression loads, right side shows a bracket shelf support—both demonstrating the eternal battle between gravity and structural integrity. This is why engineers are single; they're too busy calculating whether their relationship can withstand the shear stress of a first date.

The Arch-itect Of Strength
Engineering Physics Materials
18 days ago 4.0K views 0 shares
The Arch-itect Of Strength
Engineering brilliance in its purest form! This DIY demonstration perfectly captures why arches have been architectural superstars for thousands of years. The flat paper can't support the red cup without collapsing, but fold that same paper into an arch? BOOM! Instant strength! It's the same principle that lets Roman aqueducts and bridges stand after 2000+ years. The arch distributes weight outward instead of straight down, turning compression into your structural best friend. Next time someone asks why ancient buildings are still standing while your IKEA shelf collapsed after two weeks, just show them this!

Concrete's Worst Nightmare: The Tension Game
Engineering Materials Science
1 month ago 9.5K views 0 shares
Concrete's Worst Nightmare: The Tension Game
This meme brilliantly captures one of civil engineering's fundamental principles using a Squid Game reference! Concrete is notoriously strong under compression but fails miserably when put under tension (it cracks like your resolve during finals week). Meanwhile, steel swoops in like the structural superhero it is, handling tension forces like a boss. That's why reinforced concrete exists—concrete and steel teaming up like the ultimate engineering power couple. Next time you see a concrete structure, just remember it's probably screaming internally whenever someone tries to stretch it.

Shouldn't There Be A Limit?
Physics Astronomy Universe
2 months ago 6.7K views 0 shares
Shouldn't There Be A Limit?
Doraemon just discovered the Chandrasekhar limit! When enough mass collapses (about 1.4 solar masses), electron degeneracy pressure can't stop gravity's crush, and boom—black hole time! The cartoon cat's existential physics crisis is peak nerd humor. Even quantum mechanics can't answer why we're using a children's character to contemplate cosmic collapse. The universe's compression limit isn't just theoretical—it's what keeps stars from becoming infinitely dense singularities where physics breaks down completely. Next up on Doraemon's worry list: whether his pocket dimension violates conservation of mass-energy!

How A Black Hole Forms
Astronomy Physics Universe
3 months ago 9.7K views 0 shares
How A Black Hole Forms
Astrophysics has never been so deliciously relatable! The sandwich press represents the immense gravitational forces that compress matter, while the sandwich is the unfortunate star that's about to get squished into oblivion. Just like your lunch gets flattened into a dense, compact form, massive stars collapse under their own gravity until they're compressed beyond the point of no return. The difference? Your sandwich becomes a tasty meal, while the star becomes a cosmic object so dense that not even light can escape. Next time you make a grilled sandwich, just remember you're basically simulating one of the universe's most extreme phenomena... minus the spaghettification.

Compressed Carbon: Nature's Zip File
Chemistry Materials Tech Science
3 months ago 11.0K views 0 shares
Compressed Carbon: Nature's Zip File
Programming nerds are cackling right now! On the left, we have carbon (C) in its raw, uncompressed form - literally just a lump of coal. On the right? The same element but compressed into a diamond (C.zip)! It's the ultimate file compression joke that works on multiple levels. In nature, carbon transforms into diamond under extreme pressure - just like how .zip files compress data under algorithmic pressure. Both processes take something bulky and transform it into something more valuable and compact. Next time someone sends you a compressed file, just remember: even carbon got its glow-up through compression.