
(#117) Introduction to Fluid Mechanics - Lesson 2
Most engineers design the metal and ignore the fluid. That is how systems fail.In this episode of Mechanical Engineering Made Simple, we break down the hidden physics that turns fluids into active mec...
19 Maalis 41min

(#116) Introduction to Fluid Mechanics - Lesson 1
Master fluid mechanics from first principles to advanced flow measurement in this deep dive built for engineers, students, and anyone who wants to understand how fluids actually behave in the real wor...
18 Maalis 1h 2min

(#115) How Torsion and Fatigue Break Mechanical Shafts.
This episode dives into the brutal gap between perfect math and real mechanical failure. We break down how a part that looks flawless in CAD can still crack, deform, creep, corrode, or catastrophicall...
17 Maalis 51min

(#114) Fixing a Material Handling Disaster
This episode takes you deep inside the hidden engineering world of material handling, the systems that quietly keep modern manufacturing alive until one failure turns the whole floor into chaos. Throu...
16 Maalis 17min

(#113) Fixing Industrial Fuel Cell Thermal Failures
This episode throws you into the role of a lead engineering troubleshooter called in to save a failing 1 MW hydrogen oxygen fuel cell power plant before a full hard shutdown. What starts as a collapsi...
13 Maalis 52min

(#112) Perfecting the Pinion Inside the Secret Science of Gear Ratio
This episode explores the mechanics behind gear ratios and the precision engineering required to perfect the pinion. We break down how torque, speed, and power transmission are governed by the relatio...
12 Maalis 17min

(#111) DFM&A to UMC: The Core Playbook for Engineering Profit, Part Reduction, and Factory Flow Mathematics
This episode lays out the core engineering playbook for turning design decisions into real profit. DFM&A to UMC explains how Design for Manufacturing and Assembly drives part reduction, simplifies pro...
11 Maalis 19min

(#110) Stress Strain and Material Failure Fundamentals
This episode explains the core mechanics behind stress, strain, and material failure, the fundamentals that determine whether a component survives load or ultimately breaks.We start with the relations...
10 Maalis 14min



















