EngineerKnow

This guy built 9 different types of bridges made out of LEGO to demonstrate the complexity of each one. They get better and more advanced each each time. LEGOs can be impressive for those knowing how to use them.

@Dominos_UK Now I understand why people love to stab

I LOVE PINEAPPLE ON PIZZA

Chainsaws were invented to help in childbirth

@vaneshmali Government job people:

AI is affecting IT jobs. Layoffs are happening.

@kotakot07088271 What's the syllabus and how will you teach ?

If you are interested in learning Japanese seriously I am here to teach you for free Just contact me

Truss

Blender

@Mathonymics @grok is this true

BREAKING🚨New DNA Analysis Suggests That Shroud Of Turin May Have Indian Origins

@engineers_feed We are not worth it

What do you think the main reason extraterrestrial life hasn’t visited us yet?

∫ dx / (x√(x²−a²)) square root in the denominator. product in the denominator. students close the book here. but: x = a·secθ √(x²−a²) → a·tanθ everything cancels. you’re left with (1/a)∫dθ = (1/a) sec⁻¹(x/a) + C a brutal integral. a one-line answer. trig substitution is just pattern recognition in disguise. RT if this belongs in your formula sheet.

Engineering Excellence: The Y-Strainer 🛠️ Great design isn’t just about the finish; it’s about the systems that keep everything running perfectly behind the scenes. The Y-Strainer is a silent guardian in piping systems. Its mission? Trapping debris and sediment to protect expensive pumps and valves from damage. It’s these small technical details that ensure long-term project reliability and peace of mind for our clients. Swipe to see the internal mechanics and how this simple yet brilliant component works! ➡️ #ArchitecturalDetails #IndustrialDesign #BuildingSystems #MEPDesign #civilengineering

Most bats can't take flight from the ground, since their wings don't have the necessary strenght, that's why they live perched upside down, they use the momentum from the drop to fly.

@MarchUnofficial You are not alone

I don’t enjoy using X as much anymore.

Hippocrates is often remembered as the father of medicine, but like many early thinkers, his ideas about the body were shaped by observation rather than modern science. When he experienced hair loss himself, he turned to treatments that reflected the medical beliefs of his time. One of the remedies attributed to him was a topical mixture that included opium, horseradish, pigeon droppings, beetroot, and various spices. These ingredients were thought to stimulate the scalp or rebalance bodily “humors,” which were central to ancient Greek medicine. Hippocrates also made an observation that stood out. He noticed that eunuchs rarely experienced baldness. Without understanding hormones, he linked this pattern to the absence of reproductive function and suggested that removing that function could prevent hair loss. This idea shows how early medicine often relied on visible patterns, even if the explanations behind them were incomplete or misguided. Modern research has since shown that hair loss in men is strongly influenced by hormones, particularly dihydrotestosterone (DHT), which affects hair follicles over time. While Hippocrates did not understand the biology behind his observations, his attempt to connect physical traits with internal processes reflects an early step toward scientific thinking. His conclusions were flawed in practice, but the pattern he noticed pointed in the right direction, centuries before endocrinology existed. #hippocrates #WittyHistorian

Ever wonder how a cooling tower works? 🏭 Hot water in → evaporation → cool water out The chimney effect does the heavy lifting in natural draft towers — no fans needed 🌬️ Film fill vs splash fill, natural vs induced draft — it all matters for efficiency ⚙️ #Engineering #MechanicalEngineering #HeatTransfer #EngineerKnow

@pubity Sounds like Indian citizenship scheme

New laws in Japan will make it almost impossible to gain citizenship if you aren't born there. You have to live in Japan for 10 years just to qualify, followed by strict screenings given on a case-by-case basis.

When someone quotes your post and gets 4x the likes

@MarchUnofficial Why not

Should I Post Like Before?

How to measure height of a building with a theodolite? #civilengineering #surveying #surveying_engineering #theodolite #trignometry #levellingstaff #levelling

Gripper With Rack and Pinion Mechanism

Waste-to-energy (WtE) plants are high-tech "recyclers" that treat non-recyclable trash as a fuel source. Instead of letting garbage rot in a landfill and release methane (a potent greenhouse gas). The 5-Step Transformation * The Pit & the Claw: Garbage trucks dump mixed waste into a massive bunker. A giant crane (the "claw") mixes the trash to ensure a steady burn and feeds it into the combustion chamber. * Controlled Combustion: The waste is burned at temperatures over 850°C (1,560°F). This high heat ensures that most toxic compounds are destroyed immediately. * Steam Generation: The heat from the fire boils water running through pipes in the walls of the furnace, turning it into high-pressure steam. * The Power Spin: This steam is blasted at a turbine, which spins a generator to create electricity. Any leftover steam can be piped into a "District Heating" system to provide hot water and heat directly to nearby buildings. * Flue Gas Scrubbing: Before the smoke leaves the stack, it passes through "scrubbers" and fabric filters that use lime and carbon to neutralize acids and trap 99% of particulates, making the air released cleaner than what many traditional factories emit. The AI Connection: The "Smart" Burner As of 2026, AI has become the primary operator for these plants, making them significantly more efficient: * Fuel Composition Analysis: Because garbage varies (some is wet food waste, some is dry plastic), AI uses computer vision to analyze the "fuel" on the moving grate. It automatically adjusts oxygen levels and burn times to keep the temperature perfectly steady, increasing energy yield by up to 18%. * Predictive Maintenance: AI sensors listen to the vibrations of the steam turbines. By detecting microscopic changes, the AI can predict a mechanical failure months in advance, preventing "blackouts" or expensive emergency repairs. * Emission Forecasting: AI models now predict how weather patterns will disperse the stack's exhaust, allowing the plant to preemptively adjust its scrubbing chemicals to ensure zero impact on local air quality. For educational purpose only, kindly DM for copyright infringement