4.3M
ENIs skipping gears bad for your manual transmission? #manual #transmission #savethemanuals #engineeringexplained
@engineeringexplained
#Engineeringexplained
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トレンドリール
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1.1M
NEDoes anyone know what engineers actually do?? Asking for a friend…
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#funny #repost #math #mathematica #engineering #engineer #humour #viral #trending #vs #elonmusk #mathematician
@newtonsacademytuition
53.7K
ENEngineering Explained is 14 years old today!
They grow up so fast. 🥹 The channel has hit some major milestones in the past year:
- 2024 was the first year to break 100M views!
- Recently released my 1000th video! 😴
- Recently hit 4 Million subscribers! 🎉
Huge huge thank you to everyone who has watched and supported the channel, and additionally a big thanks to all the companies who have provided me with incredible opportunities over the past 14 years. It’s been such a fascinating journey for this curious nerd and his whiteboard; cannot thank you all enough!
Also, shout out to @ethansmale for all of his help the past two years! His editing/animation game is the best and I’m lucky to have his help. 🙏👊 Now let’s go hit 1B views! 🤯
#youtube #birthday #engineeringexplained
@engineeringexplained
13.6K
EN⚙️ How Does a DC Motor Work? Let’s Break It Down!
DC motors are everywhere—from electric cars to tiny toys! But how do they actually spin?
👉 It’s simple:
Electric current + magnetic field = rotation!
When current flows through the armature inside a magnetic field, it experiences a force (thanks to Lorentz Law), causing it to rotate.
💡 Watch this quick explainer and get the basics in 30 seconds!
#DCMotor #EngineeringExplained #BasicElectrical #MotorPrinciple #Electromechanics #STEMReels #EngineeringStudents #TechSimplified #LorentzForce #ElectricMotor
@engineeringprinciples
6.4M
NAAnswer.. #physics #physicsfun #science
@narendra_1.1.1.1.1
156.4K
OM⚡🏙️😮Ever wondered how electricity travels miles and powers up entire cities?
It’s all thanks to the magic of power transformers! 🌀🔋✨
In this video, we break down how these engineering marvels step up and step down voltage, making sure energy gets where it’s needed—safely and efficiently. 💡🔌
From massive substations to the devices in your home, transformers are the unsung heroes of our electrical world! 🙌🏠
Hit play to see how it all works! 🎥👇
Got questions? Drop them in the comments! 💬🤓
Tag a friend who loves learning about how things work! 👷♂️👷♀️😃
#omnigineer #engineering #PowerTransformer #EngineeringExplained #Electricity #STEM #HowItWorks #TechMagic
@omnigineer
716.4K
SN👉 “How Turbochargers Work? 🚗💨 | Turbo Engine Explained”
#Turbocharger #CarFacts #AutomobileScience #EngineeringExplained
@snapstudy0571
21.4M
STFactories have long used ingenious passive alignment mechanisms to orient and sort parts — all without sensors or code.
Here’s how it works:
🌀 Vibratory feeders shake parts until they fall into tracks in the correct orientation.
📏 Size and shape sorters use ramps, holes, and slots to separate pieces automatically.
🔩 Orienting rails and funnels guide parts into uniform position for assembly.
⚖️ Gravity + geometry do the rest — every curve, slope, and angle is engineered for flow.
Before “smart” automation, these mechanisms powered entire production lines. Still do.
Which mechanism do you think is most elegant — feeders, ramps, or rails? 👇
#MechanicalEngineering #FactoryAutomation #EngineeringDesign #STEMEducation #MechanicalSystems #AutomationMechanisms #IndustrialDesign #ManufacturingProcess #STEMReels #EngineeringExplained #STEMLearning #MachineDesign #PhysicsInAction #Kinematics
@stem_antics
1.5M
ENElectric Supercharger! This is how Audi eliminated turbo lag on their twin-turbo V8. 🔥 #turbo #turbolag #supercharged #engineeringexplained
@engineeringexplained
18.1M
BRFollow for daily knowledge videos. A tiny shake that makes a massive difference in strength.
This is why vibration is important in concrete pillar making: when fresh concrete is poured into a mold, it naturally traps air bubbles and creates gaps between the cement, sand, and gravel. If left alone, these pockets make the pillar weak, prone to cracks, and less durable. By using mechanical vibrators, engineers shake the concrete just enough to let trapped air escape and help the mixture settle evenly.
The vibration also ensures that the cement paste fully coats every piece of aggregate, filling tiny gaps and creating a dense, solid structure. This makes the pillar stronger, longer-lasting, and able to handle heavy loads without breaking. Even though it’s just a little shaking, it’s the difference between a pillar that lasts decades and one that fails after a few years.
#CivilEngineering #ConstructionFacts #ConcreteTech #HowThingsWork #BuildingStrong #StructuralEngineering #EngineeringExplained #ConstructionTips #EducationalReels #TechInConstruction
@brain.boltt
1.1M
TEBackend is overengineering...
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#softwareengineer #programming
@tech_wizzdom
474.3K
NVMechanism Every Week Part 14: Scotch yoke.
This mechanism turns rotary motion into super smooth linear movement using just a slot and a pin. The classic version gives you non-stop motion that follows a perfect sine wave, which is why it looks so fluid. You can actually find versions of the Scotch yoke in some toy engines and pumps, but friction makes it rare in serious machines. If you want a mechanism that’s easy to design and 3D print, and you don’t mind a bit of wear, it’s a great choice for kinetic art or desktop gadgets. For even more control, you can tweak the slot shape to add a pause at the ends, which is perfect for timing tricks in mechanical displays.
#MechanismEveryWeek #ScotchYoke #stem #mechanism #mechanicalengineering #3dprinting #mechanismeveryweek #tutorial #engineeringexplained #3dprintedmechanism
@nvkv.makes
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