Engineering Thermodynamics explained like a Jujutsu Kaisen cursed technique 🔥⚙️ Energy, heat, work, and entropy 🤔 this is engineering thermodynamics, where you learn how energy flows, transforms, and never fully cooperates 😅 From ideal systems to energy balance, this is one of the core concepts every engineering student faces 📝 Binding vows, domain expansions, and entropy always increasing 🔥 Follow for more engineering explained in ways your professor didn’t try 👀 #engineeringstudent #stud

The Dark Side of Statistical Mechanics: A Deep Dive

The Thermodynamics of Snow: Why Igloos Are Warmer Than Tents, AND How to Build One

Day in the Life of an Engineering Student: Thermodynamics Finals

Exploring the Thermite Reaction at 2500 °C

Understanding the Mollier Chart in Thermodynamics

Day 20 of surviving thermodynamics 🔥📝 and we just turned speed into pressure like it’s nothing ⚙️ If diffusers, steam tables, and isentropic assumptions have ever confused you, this is the one to watch. We break down a classic thermodynamics engineering problem step by step: how high-speed steam slows down, increases pressure, and somehow ends up moving at nearly twice the speed of sound 🤯 This is exactly the kind of problem you’ll see in exams: steady-flow energy equation, when to assume adi