Name: Lecture 24: Entropy of an isolated system increases during irreversible process; Clausius inequality @bahgalabiitdelhi7797
Uploaded: 2020-11-24T01:29:31-0400
Duration: 8 min 17 s

Lecture 14: Diffusion (Part 2, Random Walk Model to Diffusion Equation) @bahgalabiitdelhi7797

Uploaded February 2017 | Updated September 2026, 1 hour ago

In this lecture, we derive the diffusion equation for the continuum limit by considering a large collection of molecules independently performing random walk.

Lecture 14: Diffusion (Part 2, Random Walk Model to Diffusion Equation)

Lecture 9: Heat and its comparison with work (Engineering Thermodynamics Lecture Series)

Lecture 35: Droplet Microfluidics (Part 2, Jetting Regime)

Lecture 3: Microscopic vs. Macroscopic viewpoints of Thermodynamics (Statistical vs Classical)

Lecture 13: Spectral Leakage, Windowing, with Examples of Hanning and Hamming Windows

Lecture 28: Availability and Extremum Principles for Thermodynamic Potentials

Lecture 29: Useful Work, Exergy, and Second Law Efficiency (Engineering Thermodynamics Lectures)

Lecture 32: The Rankine Cycle: Basic cycle and Superheating (Engineering Thermodynamics)

Lecture 33: Rankine Cycle (Contd.) Effect of Pressure & Temperature, Reheat and Regenerative Cycles

Lecture 6: Flow in rectangular cross-section channel

Lecture 24: Entropy of an isolated system increases during irreversible process; Clausius inequality