CFD Events Calendar, Event Record #24314
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CFD Analysis of Heat Transfer and Fluid Flow Problems Using FEM and FVM
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The event aims at providing detailed theoretical background
with examples on applications of finite-element and
finite-volume methods to solve heat transfer as well as
fluid flow problems.
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| Date: |
July 3, 2017 - July 6, 2017
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| Location: |
Department of Mechanical Engineering, IIT(ISM) Dhanbad, Dhanbad, Jharkhand, India
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| Web Page: |
http://iitism.ac.in/uploads/news_events/admin/course-mech-ss-03-07-2017.pdf
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| Contact Email: |
subhankars@gmail.com
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| Organizer: |
Dr. Subhankar Sen, Assistant Professor, Department of Mechanical Engineering, IIT(ISM) Dhanbad
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| Deadlines: |
June 20, 2017 (registration)
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| Type of Event: |
Course, National
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| Description: |
A Four days Short Term Course on
CFD Analysis of Heat Transfer and Fluid Flow Problems Using
FEM and FVM;
3rd July-6th July 2017;
Topics to be covered:
Introduction to Finite Volume Method: review of continuum
equations and illustrations of heat conduction and
convection-diffusion problems;
Introduction to Finite Element Method: method of weighted
residuals, gradient, divergence and Green-Gauss theorems,
strong and weak or variational forms;
Shape and weight functions, connectivity array and
implementation of specified, natural, convective boundary
conditions;
Concepts of Galerkin and Petrov-Galerkin formulations;
Numerical integration to find the entries of element
matrices, vectors;
Assembled matrix formation for single and multiple
degrees-of-freedom;
Solution of assembled matrix equation system;
Illustration with complete solution of Poisson equation for
heat conduction in two-dimensions, convection-diffusion
equation in one-dimension using linear and quadratic elements;
Discretization of two-dimensional Navier-Stokes equations
using coupled formulation, LBB condition, staggered and
collocated arrangement, stabilization against velocity and
pressure oscillations;
Step by step illustration of global matrix-vector formation
using stabilized FEM on collocated mesh for two-dimensional
lid-driven cavity;
Structured mesh generation using Fortran programming,
illustration of solved problems on flow and heat transfer.
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Event record first posted on April 11, 2017, last modified on April 13, 2017
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