ChemEngPro

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46 videos

Results-driven process engineer with many years in designing, commissioning, and operating pilot plants and R&D scale-up technologies. Provided engineering s...

Latest Videos

Energy Balance of Closed Systems Explained Lecture 14 - Practical Heat Transfer

Pump Equation from Energy Balance Explained Lecture 18 - Practical Heat Transfer

Viscous Dissipation Explained (When Q ≠ mCpΔT) Lecture 17 - Practical Heat Transfer

When Can You Use Heat Capacity Q = mCpΔT (Energy Balance Simplified) Lecture 16 - Heat Transfer

Open System Energy Balance Explained Lecture 15 - Practical Heat Transfer

Thermodynamics vs Heat Transfer Explained Lecture 13 - Practical Heat Transfer

Thermal Resistance Explained (Conduction & Convection) Lecture 12 - Practical Heat Transfer

Convection + Radiation Example (Steam Pipe Heat Loss) Lecture 11 - Practical Heat Transfer

Radiation Heat Transfer Explained Lecture 10 - Practical Heat Transfer for Engineers

Convection Coefficient Explained (h) Lecture 9 - Practical Heat Transfer for Engineers

Convection Heat Transfer Example (Newton’s Law) Lecture 8 - Practical Heat Transfer for Engineers

Newton’s Law of Cooling Explained Lecture 7 - Practical Heat Transfer for Engineers

Convection Heat Transfer Explained Lecture 6 - Practical Heat Transfer for Engineers

Heat Conduction Example (Fourier’s Law) Lecture 5 - Practical Heat Transfer for Engineers

Fourier’s Law Explained (Heat Conduction) Lecture 4 - Practical Heat Transfer for Engineers

Conduction Explained (Solids, Liquids & Gases) Lecture 3 - Practical Heat Transfer for Engineers

Intro to Conduction, Convection, Radiation Lecture 2 - Practical Heat Transfer for Engineers

What Is Heat Transfer Lecture 1 – Practical Heat Transfer for Engineers

Why Nusselt and Sherwood Numbers Matter – Mastering Heat Transfer Part 8

What Reynolds Prandtl Schmidt and Lewis Numbers Really Mean Mastering Heat Transfer Part 10

Nusselt & Sherwood Number Derivation (Nu & Sh) – Mastering Heat Transfer Part 9

Local vs. Average Mass Transfer Coefficients – Mastering Heat Transfer Part 7

Concentration Boundary Layers in Mass Transfer – Mastering Heat Transfer Part 6

Laminar vs. Turbulent Flow – Mastering Heat Transfer Part 3

Local vs. Average Heat Transfer Coefficients – Mastering Heat Transfer Part 5

Thermal Boundary Layers – Mastering Heat Transfer Part 4

Understanding Shear Stress and Velocity Gradients – Mastering Heat Transfer Part 2

Intro to Boundary Layers – Mastering Heat Transfer Part 1

What’s on a P&ID Pipes vs Tubes, Equipment, Instruments & Signals Explained

P&ID Anatomy Explained How to Read & Understand Piping and Instrumentation Diagrams