02-Heat Transfer Modeling Using ANSYS FLUENT
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Heat Transfer Modeling using Fluent LearnCAx : Imparting CAx Education (Initiative by Centre for Computational Technologies) Pune : 411007, India [email protected] Ph: +91 20 40098381 www.learncax.com
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Transcript of 02-Heat Transfer Modeling Using ANSYS FLUENT
Heat Transfer Modeling using Fluent
LearnCAx : Imparting CAx Education
(Initiative by Centre for Computational Technologies)
Pune : 411007, India
Ph: +91 20 40098381 www.learncax.com
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LearnCAx
Advanced Heat Transfer modeling using ANSYS FLUENT™
www.learncax.com Copyright © 2013
Advanced Heat Transfer modeling using ANSYS FLUENT™
This is a three week advanced course which enables you to master the technique of
modeling heat transfer using commercial CFD software ANSYS FLUENT™
About LearnCAx
LearnCAx is the online training division of CCTechTM (Centre for Computational
Technologies Pvt. Ltd). CCTechTM was founded in 2006 by alumni of IIT, Bombay. CCTechTM
executes open-ended industrial and research projects in association with educational institutes,
industry and research establishments to explore new horizons. With core focus on research in
Computer Aided Technologies, the company strengthens the bridge between the industry and
academia, by developing industry focused courses for Computer Aided Design and
Computational Fluid Dynamics CAD & CFD. With a motto of providing quality education in the
domain of computer aided technologies, our online training model helps participants learn
complex technologies with ease at a time and place of their choice.
Our trainers have exhaustive practical experience in a variety of industries, including
aerospace, oil & gas, power, nuclear and sustainable energy as well as commanding software
usage and implementation knowledge. In our online learning environment, the LearnCAx
faculty team acts as mentor to participants and provides constant support by means of our
unique learning management system. Over 100 students have already been certified, and their
experience towards our quality of training is a testimony to the courses offered by LearnCAx.
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LearnCAx
Advanced Heat Transfer modeling using ANSYS FLUENT™
www.learncax.com Copyright © 2013
Course Overview
Heat transfer is highly common phenomenon in any equipment or process in industry
and CFD modeling of heat transfer is a standard practice. This course will introduce you to
fundamentals of heat transfer and will progress towards detailed heat transfer analysis using
ANSYS FLUENT™. It combines theoretical knowledge and software tool knowledge in order to
provide you with proficiency to perform CFD analysis of any type of heat transfer problem. All
aspects of software training will be covered starting from fundamentals of heat transfer, details
of all heat transfer options and model parameters as well as how to analyse or post process
results.
Ideal For
o Engineering Graduates and Post-Graduates (B.E / B.Tech / M.E. / M. Tech in Aerospace,
Automobile, Mechanical, Industrial Production, Chemical, Petro-chemical, Bio-chemical
and Bio-medical)
o Third Year (Sem-II) or Final Year Engineering Students
o Final Year B.E Students who are aspiring for higher education abroad
o Working Professionals in Design, Manufacturing and Service Industry
Course Pre-requisites
Course has no pre-requisites but participants having knowledge of heat transfer, fluid
mechanics and numerical methods would get extra advantage. The course assumes that you
are well versed with the basics of Heat transfer, Fluid mechanics and Mathematics at early
engineering graduation level.
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LearnCAx
Advanced Heat Transfer modeling using ANSYS FLUENT™
www.learncax.com Copyright © 2013
Course Content
1. Introduction to Heat Transfer
Fundamentals of Heat transfer
Modes of heat transfer
Conductive heat transfer
Convective heat transfer
Radiative heat transfer
Introduction to mass transfer
2. Conductive and Convective heat transfer modeling using ANSYS FLUENT™
Introduction
Heat transfer boundary conditions
User inputs
Shell conduction
Buoyancy driven flows
Heat transfer with porous media
3. Radiation Modeling using ANSYS FLUENT™
Introduction to Radiation models
P-1 Model Setup
DTRM Model Setup
S2S Model Setup
DO Model Setup
User inputs and boundary conditions
Setting radiation material properties
Postprocessing strategies
4. Solar load modeling in ANSYS FLUENT™ Turbulent flow modeling using ANSYS FLUENT™
Introduction
Solar Ray Tracing
DO Irradiation
Solar Calculator
User inputs and boundary conditions
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Advanced Heat Transfer modeling using ANSYS FLUENT™
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5. Heat exchanger modeling using ANSYS FLUENT™
Introduction
Macro Heat Exchanger Models
Dual Cell Model
User inputs and boundary conditions
Postprocessing for the Heat Exchanger Model
Course Benefits
Being an advanced course, participants will be trained in fundamentals of heat transfer
as well as how to use CFD tool to model heat transfer phenomenon. Successful certification of
this course enables a participant with gain proficiency in modeling any type of heat transfer
problem using ANSYS FLUENT™.
LearnCAx's courses on CAD and CFD are focused towards imparting domain knowledge
that empowers participants to solve real life CFD challenges with ease. These are focused
courses covering specific domain and industry needs.
Participants can take courses, tests and submit project at their convenience. We have
created a 24 X 7 learning environment; where in the participants (if required) can complete the
course in less than three weeks. Working professionals and students located at distance have
found these online extremely useful and they addresses their needs without traveling or
attending the classroom session (which can clash with pre committed appointments or work-
schedule).
Course Format
The class consists of lecture videos, which are broken into small chunks, usually
between fifteen and twenty minutes each. Total duration of the course would be three weeks.
There will be approximately two to three hours of video content per week. Software tutorials
are made available for practicing and developing software skills on typical test cases. At the end
of each session there will be tests to be taken each week and a final project at the end of the
course. You would be eligible for certification after successful completion of the course. The
completion of the course is subjected to the test results and the successful completion of the
project.
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Advanced Heat Transfer modeling using ANSYS FLUENT™
www.learncax.com Copyright © 2013
Learning Support
LearnCAx faculties mentor the participants and are available to answer the queries
raised. All possible efforts are made to resolve every query and in special cases we also do
conduct WebEx sessions to resolve the queries in time and facilitate your learning. LearnCAx
faculty team has a background of research and training and has vast industrial experience in
computational domain.
Our Other Courses
o 001 - CFD Foundation
o 003 - CFD Simulation of Rotating Machinery
o 004 - CFD Meshing with ANSYS ICEM CFD
o 005 - CFD Simulation with ANSYS FLUENT
o 006 - CFD Simulation with ANSYS CFX
o 007 - Multiphase Flow Modeling using ANSYS Fluent
o 008 - Advanced CFD Meshing with ANSYS ICEM CFD
o 009 - Advanced CFD Simulation with ANSYS FLUENT
o 010 - CFD Modeling using Star CCM+
o 011 - CFD Modeling using ICEM CFD & Fluent
o 012 - CFD Modeling using ICEM CFD & CFX
o 013 - Computer Aided Geometric Design (CAGD)
Contact Us
LearnCAx (Initiative by CCTech)
1 Akshay Residency, 50 Anand Park,
Aundh, Pune: 411007. India
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LearnCAx
Advanced Heat Transfer modeling using ANSYS FLUENT™
www.learncax.com Copyright © 2013
Ph: +91 20 40098382, M: +91-9604 26 1312
Email: [email protected], www.learncax.com
