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 teaches you the mechanism of convection heat transfer - forced as well as natural - the various equations governing the phenomena,  and how momentum transfer can be used to explain and solve heat transfer problems (Reynold's Analogy).  The different Boiling regimes are explained with the boiling curve of water.

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GATE (Graduate Aptitude Test In Engineering) Preparation- Chemical

English

Heat transfer 2 : Convection, Reynold's Analogy, and Boiling

Fundamentals of Heat Transfer

Heat Transfer Operation

Chemical Engineering

GATE & ESE - ME, CH & XE

GATE, ESE and SSC JE

Ace the toughest competitive and government exams in India 

Test Preparation

GATE & ESE - ME & CH

Overview

You will learn why it is necessary to learn more about convection beyond the simple equation given by Newton's law of cooling. As the lesson shares a very interesting constructional innovation related to convection, it encourages the learner to go beyond scholarly books and to expose themselves to informal education.

Introduction to Convection Heat Transfer

The lesson teaches the concept of velocity boundary layer using velocity profile ( of flow over flat plate and inside pipe), thermal boundary layer, significance of Nusselt number,  Prandtl number, etc. 
Understanding flow is essential to studying heat transfer by convection.

Boundary Layer

Empirical equations for  analysing forced internal convection, and numericals.

Forced Internal Convection

Free convection equations of various geometric solids and their application in numericals, Grashof Number, Rayleigh Number are mentioned. Towards the end of the lesson, there is a question to tease your brain. It's explanation is given as an add-on at the end of the lesson titled 'Natural Convection 2'

Natural Convection Part 1

Numerical on how to find heat transfer coefficient when temperature profile is known. 
The velocity and temperature profiles of vertical flat plate ( from the question in the lesson titled 'natural convection') is explained.

Natural Convection Part 2

How can momentum transfer  be used to describe heat transfer? Reynold's  Analogy applies to a special case of hydrodynamic and thermal similarity, which you will learn in this lesson.

Reynold's Analogy

The lesson teaches the different regimes of boiling curve with water as an example. Leiden Frost point,  burnout, bypassing of tradition region, critical heat flux are explained in terms of concept

Boiling Regimes

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

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

Use Referral Code- umang.goswami53 to get 10% discount on Unacademy Plus.
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

8 lessons • 1h 53m

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Overview

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Introduction to Convection Heat Transfer

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Boundary Layer

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Forced Internal Convection

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Natural Convection Part 1

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Natural Convection Part 2

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Reynold's Analogy

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Boiling Regimes