I am pursuing my Bachelor's degree from Banasthali Vidyapith, Rajasthan.
Also working as research trainee for a semester at IIT/ISM Dhanbad.

Pushpanjali Sinha

Heat transfer is all about operations and heat exchange. So it's a explanation of the heat transfer along with its various operations and applications.

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Heat Transfer

Fundamentals of Heat Transfer

Heat Transfer Operation

Chemical Engineering

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Overview of the course Heat transfer. You can get from here that what we are going to study in this course.

Overview: Heat transfer

This lesson includes Introduction of heat transfer and it's modes and details about conduction.

Introduction to heat transfer and its modes

Conduction through various surfaces is given in this lesson. Go through this lesson so that you can attempt the numerical problems of conduction.

Application of Conduction

Only theories are not sufficient for exams. Numerical problems of conduction are discussed in this lesson. Go and solve them.

Numerical problems: Conduction

Numericals based on heat conduction through cylinder.

Numerical problems: Conduction (continued)

The lesson includes another mode of heat transfer - Convection.
See in this lesson that how Convection and conduction differ from each other

Convection

This lesson will explain you about overall heat transfer coefficient for conduction and convection.

Overall Heat Transfer Coefficient

This lesson explores about problems based on heat transfer coefficient for making your concept more clear.

Numericals Based On Overall Heat Transfer Coefficient

About fins and their types. Heat transfer through fins.

Heat transfer through FINS-1

Various cases of heat transfer through fins.

Heat transfer through FINS-2

This lesson includes about efficiency and effectiveness of fins and numerical problems based on it.

Effeciency and numericals based on FINS

This lesson includes about how insulation works for the case of heat transfer.

Insulation

Ratios that are used widely in heat transfer.

Film Coefficient and Useful Ratios.

This lesson includes about thernal boundary layer and important formulas of it.

Thermal Boundary Layer

Boiling

This lesson discuss about mechanisms of nucleate boiling.

Mechanism of Nucleate Boiling

This lesson includes forced convection boiling and the numericals problems related to it.

Forced convection boiling

After boiling, let's move to condensation which is similar important.

CONDENSATION

This lesson discuss about the laminar film condensation over a flat surface.

Laminar film condensation

This lesson discuss about the heat transfer coefficient for film condensation.

Heat transfer coefficient or, film coefficient

This lesson includes about turbulent film condensation and the numericals problems based on it.

TURBULENT FILM CONDENSATION

This lesson includes condensation outside a horizontal tube and the numerical problems based on it.

Condensation outside a horizontal tube

This lesson includes about condensation inside a horizontal tube and numerical problems based on it for more clear concept.

Condensation inside a Horizontal tube

This lesson includes about heat exchanger introduction and it's types and fouling factor resistance.

HEAT EXCHANGER

This lesson includes about LMTD and AMTD of parallel flow heat exchanger. Please go through this lesson as LMTD is the most important part of heat exchanger.

Parallel flow heat exchanger

This lesson discuss about counter flow heat exchanger and multipass heat exchanger.

Counter flow Heat exchanger

This lesson discuss about the heat exchanger effectiveness for both parallel and counter flow.

Heat exchanger effectiveness

This lesson includes radiation phenomenon and it's mechanisms.

Radiation

This lesson includes black body radiation and Kirchoff's law and gray body.

Black bodh radiation and Kirchoff's law.

This lesson includes laws on which radiation is based and radiation intensity of black body.

Laws of Radiation-1

This lesson includes laws of radiation and spectral emmisive power.

Laws of Radiation- 2

This lesson includes the radiation exchange between surfaces. In this part, it is also discussed about shape factor.

Radiation exchange between surfaces

I am an M.Tech student of NIT TRICHY. I have done B.Tech in Chemical Engineering.GATE 2018 rank 704.

Vidhi Shah

This course covers mainly the topic of conduction.
Detailed discussion and problems on steady state, unsteady state, composite slab, etc.

(Hindi) Heat Transfer-Conduction: GATE

Research Scholar @IIT Delhi | M.Tech@NIT Tiruchirappalli-Process Control & Instrumentation | and B.Tech in Chemical Engineering

Vipin Kumar Shukla

This course involves Steady and unsteady state heat conduction,convection and radiation. Thermal boundary layer & heat transfer coefficient, pool boiling,condensation and evaporation.heat exchange equipment's basics etc.

(Hindi) GATE (Chemical): Heat Transfer

A graduate in Chemical Engineering from NIT Calicut, I am currently studying for M.tech in Chemical Engineering at IIT Bombay.

Athena Susan Sajan

This course is all about Conduction heat transfer. Topics included are: concept of thermal resistance, critical thickness of insulation,  fins, and transient and steady state conduction heat transfer.

Heat transfer 1: Conduction

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M.E.- Chemical Engineering
BITS Pilani


Umang Goswami

It deals with different modes of heat transfer. This course also involves the designing of Heat exchangers.

Heat Transfer: Chemical Engineering

In this course, the educator gives you a detailed explanation of heat exchanger design followed by a lot of practice questions.

Lessons

32 lessons • 5h 46m

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Overview: Heat transfer

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Introduction to heat transfer and its modes

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Application of Conduction

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Numerical problems: Conduction

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Numerical problems: Conduction (continued)

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Convection

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Overall Heat Transfer Coefficient

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Numericals Based On Overall Heat Transfer Coefficient

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Heat transfer through FINS-1

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Heat transfer through FINS-2

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