Name: Lecture 6: Flow in rectangular cross-section channel @bahgalabiitdelhi7797
Uploaded: 2017-01-24T01:29:31-0400
Duration: 8 min 17 s
Description: In this lecture, we derive the solution for steady state, parallel, incompressible flow in a channel with rectangular cross-section.

Lecture 11: Filtering and its Relation to Convolution through example of a lowpass filter @bahgalabiitdelhi7797

Uploaded April 2020 | Updated September 2026, 1 hour ago

In this lecture, we discuss filtering of signals and how it is related to convolution.We discuss the design of filters based on convolution through the examples of an ideal low-pass filter and a low-pass filter based on RC circuit. The concepts of impulse response and transfer function are also discussed.

Lecture 11: Filtering and its Relation to Convolution through example of a lowpass filter

Lecture 15: Folding and Periodicity of Discrete Fourier Transform (DFT) with an Example

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