Kebab Steam Engine

The infamous toilet-hairdryer setup: fluid dynamics at its most desperate. Bernoulli's principle states that as fluid velocity increases, pressure decreases. Here, someone's attempting to use a hairdryer to create a high-velocity airflow beneath the toilet, theoretically reducing pressure and unclogging it. The same principle keeps airplanes aloft, but I doubt it'll keep your security deposit intact. Physics homework rarely prepares you for this level of improvised plumbing.

The sacred texts of engineering revealed at last. Turns out the secret to becoming a complete engineer isn't fluid dynamics or thermodynamics—it's understanding the cryptic languages of memes from other disciplines. Engineers spend years in calculus only to discover their true power comes from knowing why chemists make terrible jokes about sodium. The interdisciplinary enlightenment hits different when you realize your entire degree was just preparation for decoding internet humor.

The eternal struggle of every Electrical Engineering student! You spend countless hours learning about Kirchhoff's laws, circuit analysis, and semiconductor physics—then suddenly your family thinks you're qualified to resurrect ancient household appliances from the dead. "But you're an engineer, right?" they say, as if your theoretical knowledge of Maxwell's equations somehow translates to knowing why the spin cycle sounds like a helicopter taking off. The gap between calculating impedance in complex circuits and diagnosing why Mom's 15-year-old washing machine is making that weird grinding noise is the engineering equivalent of the Mariana Trench. And now you're being held at gunpoint to name every engine... because clearly that's what electrical engineers do!

The perfect cure for loneliness? A Classical Mechanics textbook with a vintage car repair manual vibe! 🔧 Nothing says "I care about your emotional well-being" quite like throwing someone into the wild world of Newtonian physics! Because who needs therapy when you can calculate the trajectory of a projectile or figure out why your car is making that weird noise from 1920? The grateful recipient's face says it all - nothing distracts from existential dread like differential equations and rigid body dynamics! It's not procrastination if you're learning how the universe works! *maniacal scientist laugh*

Engineers spent decades perfecting the aerodynamic football (Cd = 0.85), only to be humiliated by the computational fluid dynamics of a cow (Cd = 0.5). That's right—a literal farm animal is more aerodynamic than the object specifically designed to fly through air. Next time your quarterback makes a bad throw, remind them they'd have better luck hurling livestock. The drag coefficient doesn't lie, people. This is why I never trust sports equipment over barnyard animals when designing my next supersonic vehicle.

Engineers settling dog breed debates with computational fluid dynamics is peak nerd culture. Someone saw a meme calling pugs "genetic failures" and decided to run actual aerodynamic simulations to prove it scientifically. The borzoi's sleek 0.57 drag coefficient versus the pug's chunky 0.7 confirms what we all suspected—pugs were not designed for speed. Next time someone argues about dog breeds, just whip out your CFD analysis and watch them slowly back away.