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Tania Alam

In this course, Tania describes the concepts of Steady State Thermal Conduction through extended surfaces like fins, a topic under the subject of Heat Transfer.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE - Iconic Pro

English

Heat Conduction through Extended Surfaces

Science and Technology

GATE (Graduate Aptitude Test In Engineering) Preparation

Engineering Services Examination / Indian Engineering Services

Basic Heat Transfer Concepts

Heat and Mass Transfer

Mechanical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Details about the instructor, the course objectives, target audience, delivery format, GATE and IES/ESE syllabus, exam patterns, topics under Heat Transfer, books to be followed and a closing note

Introduction to the Course

Details about types and applications of extended surfaces and the assumptions behind unsteady state conduction along a fin

Extended Surfaces and Heat Conduction

Details about heat balance to find the differential equation, it's general solution and the 3 cases of heat dissipation from a fin

General Differential Equation for Steady State Conduction through Fins

Details about the boundary conditions used and the expression for thermal distribution and heat dissipation rate for an infinitely long fin

Heat Dissipation From an Infinitely Long Fin

Details about the boundary conditions used and the expression for thermal distribution and heat dissipation rate for a fin insulated at the tip

Heat Dissipation from a Fin Insulated at the Tip

Details about the boundary conditions used and the expression for thermal distribution and heat dissipation rate for a fin losing heat at the tip

Heat dissipation from a fin losing heat at the tip

Details about parameters influencing fin performance and definition, formula and characteristics of fin efficiency

Fin Efficiency

Details about definition, formula and characteristics of fin efficiency and the relation between fin efficiency and effectiveness

Fin Effectiveness

Details about factors considered for optimum design and space and weight considerations

Design Considerations for Fin

Bharat Singh

This course will desribe the various ways of calculating heat transfer rate and details about heat exchangers.

Elements of Heat Transfer

Pursuing Master of Engineering in Advance Production Systems from NITTTR Bhopal ,passionate about teaching and learning new things.

Rahul Choubey

In this Course I Will cover  Numerical based on LMTD method,Effectiveness-NTU method  of parallel flow and counter flow heat exchanger with the help of Previous year GATE question.

(Hindi) Numerical on Heat Exchanger

Mechanical Engineer and pursuing ME in BITS Pilani, love travelling,  foodie, cricket lover, fitness enthusiastic.kuldeepraval1992@gmail.com

Kuldeep Raval

I am going to teach Different heat treatment processes used in industry for various applications. I will give detail analysis of each process and solve questions asked in GATE and IES. I have used diagrams and drawings to grab difficult concepts easily as human mind is more adept to learn through visualising figures and drawings.

Material Science: Heat Treatment Process (Tricks to remember concepts easily)

I m Shantonu modak, Faculty in NIT Allahabad in Mech.deptmnt. Earlier I hv crack ISRO, BARC scientist, ESE exm

Shantonu Modak

This unit gives you the outline of the course, understanding the Heat Transfer. This subject is very interesting and easy to understand.The subject is basically both theoretical ,practically and numerically covered.Also will be very helpful interview

Lessons

9 lessons • 1h 50m

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Introduction to the Course

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Extended Surfaces and Heat Conduction

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General Differential Equation for Steady State Conduction through Fins

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Heat Dissipation From an Infinitely Long Fin

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Heat Dissipation from a Fin Insulated at the Tip

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Heat dissipation from a fin losing heat at the tip

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Fin Efficiency

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Fin Effectiveness

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Design Considerations for Fin