GyaanCore

Heat Transfer Cheat Sheet: Radiation Basics 🔥 Struggling with Radiation concepts in Heat Transfer? Here is the "Big Picture" in one slide. 👇 From the ideal Black Body to the View Factor, understanding these relationships is key for exams. #MechanicalEngineering #GATEExam

Heat Transfer Cheat Sheet: Radiation Basics 🔥 Struggling with Radiation concepts in Heat Transfer? Here is the "Big Picture" in one slide. 👇 From the ideal Black Body to the View Factor, understanding these relationships is key for exams. #MechanicalEngineering #GATEExam

Heat Transfer Cheat Sheet: Radiation Basics 🔥 Struggling with Radiation concepts in Heat Transfer? Here is the "Big Picture" in one slide. 👇 From the ideal Black Body to the View Factor, understanding these relationships is key for exams. #MechanicalEngineering #GATEExam

Heat Transfer Cheat Sheet: Radiation Basics 🔥 Struggling with Radiation concepts in Heat Transfer? Here is the "Big Picture" in one slide. 👇 From the ideal Black Body to the View Factor, understanding these relationships is key for exams. #MechanicalEngineering #GATEExam

Why are propane tanks spherical, but pipes are cylindrical? ⚪️🆚🌭 ​It’s the ultimate battle of Geometry vs. Manufacturing. ​💾 SAVE this guide! It’s a guaranteed question in your Machine Design exam. ​ ​#Gyaancore #PressureVessels #MechanicalEngineering #HoopStress #Engineering

Why are propane tanks spherical, but pipes are cylindrical? ⚪️🆚🌭 ​It’s the ultimate battle of Geometry vs. Manufacturing. ​💾 SAVE this guide! It’s a guaranteed question in your Machine Design exam. ​ ​#Gyaancore #PressureVessels #MechanicalEngineering #HoopStress #Engineering

Why are propane tanks spherical, but pipes are cylindrical? ⚪️🆚🌭 ​It’s the ultimate battle of Geometry vs. Manufacturing. ​💾 SAVE this guide! It’s a guaranteed question in your Machine Design exam. ​ ​#Gyaancore #PressureVessels #MechanicalEngineering #HoopStress #Engineering

Is friction a necessary evil or our best friend? 🤔 ​In an engine, we fight it with lubricants. But on the road, we depend on it for our brakes and tires. ​Does static friction increase or decrease as you apply more force? Drop your answer below! ⬇️ ​#physics #friction #science

Is friction a necessary evil or our best friend? 🤔 ​In an engine, we fight it with lubricants. But on the road, we depend on it for our brakes and tires. ​Does static friction increase or decrease as you apply more force? Drop your answer below! ⬇️ ​#physics #friction #science

Is friction a necessary evil or our best friend? 🤔 ​In an engine, we fight it with lubricants. But on the road, we depend on it for our brakes and tires. ​Does static friction increase or decrease as you apply more force? Drop your answer below! ⬇️ ​#physics #friction #science

Is friction a necessary evil or our best friend? 🤔 ​In an engine, we fight it with lubricants. But on the road, we depend on it for our brakes and tires. ​Does static friction increase or decrease as you apply more force? Drop your answer below! ⬇️ ​#physics #friction #science

Does metal actually get weaker as you stretch it? 🤔 If you look at the standard textbook curve (Left), it seems like strength drops off at the end. But that’s actually an illusion caused by "Necking." #strengthofmaterials #mechanicsofsolids #stressstrain #gyaancore #gateexam

Does metal actually get weaker as you stretch it? 🤔 If you look at the standard textbook curve (Left), it seems like strength drops off at the end. But that’s actually an illusion caused by "Necking." #strengthofmaterials #mechanicsofsolids #stressstrain #gyaancore #gateexam

Does metal actually get weaker as you stretch it? 🤔 If you look at the standard textbook curve (Left), it seems like strength drops off at the end. But that’s actually an illusion caused by "Necking." #strengthofmaterials #mechanicsofsolids #stressstrain #gyaancore #gateexam

Order vs. Chaos. Which one wins? Fluids have two distinct personalities: 1️⃣ Laminar: Smooth, orderly, and polite. (Think: Honey or slow-moving blood). 2️⃣ Turbulent: Chaotic, swirling, and aggressive. (Think: White water rapids or smoke from a chimney). #Gyaancore #FluidMechanics

Order vs. Chaos. Which one wins? Fluids have two distinct personalities: 1️⃣ Laminar: Smooth, orderly, and polite. (Think: Honey or slow-moving blood). 2️⃣ Turbulent: Chaotic, swirling, and aggressive. (Think: White water rapids or smoke from a chimney). #Gyaancore #FluidMechanics

Order vs. Chaos. Which one wins? Fluids have two distinct personalities: 1️⃣ Laminar: Smooth, orderly, and polite. (Think: Honey or slow-moving blood). 2️⃣ Turbulent: Chaotic, swirling, and aggressive. (Think: White water rapids or smoke from a chimney). #Gyaancore #FluidMechanics

Twist and Shout! 🔧🌀 ​How does a car engine send power to the wheels without snapping the metal shaft? It’s all about resisting Torsion. ​This cheat sheet covers the mechanics of twisting. #Gyaancore #Torsion #Engineering #Mechanics #StrengthOfMaterials #SolidMechanics #MechEngg

Twist and Shout! 🔧🌀 How does a car engine send power to the wheels without snapping the metal shaft? It’s all about resisting Torsion. This cheat sheet covers the mechanics of twisting. #Gyaancore #Torsion #Engineering #Mechanics #StrengthOfMaterials #SolidMechanics #MechEngg

Twist and Shout! 🔧🌀 ​How does a car engine send power to the wheels without snapping the metal shaft? It’s all about resisting Torsion. ​This cheat sheet covers the mechanics of twisting. #Gyaancore #Torsion #Engineering #Mechanics #StrengthOfMaterials #SolidMechanics #MechEngg