Workshops / Trainings, Internship and Jobs offered by Simulation Centre: Introduction to Computational Fluid Dynamics (CFD)

Certificate Course on Computational Fluid Dynamics

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Computational Fluid Dynamics (CFD) is a computational method for solving complex fluid flow and heat transfer problems. CFD enables faster and reliable product design by reducing failure risk during operating. Moreover, CFD is also used to optimize the product design. Therefore, there is growing need of high quality CFD resources from Industries, Academic / Research Communities. In order to cater these needs, this course is developed and delivered by Industry Expert. This CFD course is perfect blend of theory and hands-on sessions. This course is designed for existing as well as new users. In this course users will learn every step of performing CFD simulations. You will start from problem description, geometry creation, mesh generation, problem setup, solving, post processing and finally validations of simulations through various techniques.

This course provides an introduction to the scientific principles and practical engineering applications of CFD through a simple and moderately technical approach. This course aims to provide the participant the fundamentals of Computational Fluid Dynamics prior to working on any real CFD simulation. Although course provides an overview of some of the fundamental mathematical equations governing the fluid flow and heat transfer phenomena, its emphasis is not to teach the theory behind the technology but to help the participants apply the knowledge into practical CFD simulation through hands on approach. The course also covers topics such as engineering basics required for successful CFD simulations.

The course also offers an End-to-End support for Graduate / Post Graduate / Research Scholars (PhD) students on Academic Dissertations / Thesis work in Computational Fluid Dynamics (CFD) applications.

Salient Features of the Course:
Certificate course.
Highly qualified and experienced faculty.
Internship opportunity to all the participants.
Project guidance to undergraduate/postgraduate students and PhD scholars.
Project guidance and consulting to the industry participants during their industry projects.
Shared accommodation facility available for outstation candidates on chargeable basis.

Career guidance and support during job hunting.

Post course during internship, Simulation Centre provides information on different job vacancies to the participants and help them to prepare for interviews. To know more about our various job openings click link below:

https://simulationcentrejobs.blogspot.com/

Important Details
Fees: Rs 15000/- per participant. Ask for group discount if you are in group of 5.
Pre-requisites: None. However, it is expected that participants are aware of Engineering Basics.
Duration: 45 hrs. Five days if attended full day course. Almost month if attended 2 hrs per day.
Upcoming Dates: 21-25 December 2019 (Five Days)
Venue: Opp Kendriya Vihar, Near Spine Road, Bhosari, MIDC, Pune.

Course Contents

#	Topic	Description
1	Introduction and Applications of CFD	What is CFD? Origin and History of CFD The CFD Process Applications of CFD Software’s used for CFD (COT’s and Open Sources) Recent trends in CFD
2	CFD Process	End-to-end demonstration of CFD process followed by hands-on. Following aspects will be discussed with computer aided simulations: Problem Definition & Solution Approach Fluid Domain Geometry Import & Meshing Model Setup & Applications of Boundary Conditions Solution & Monitoring Visualization & Result Interpretation
3	Basics of CFD	Quick re-cap of Fluid and Thermal Engineering Governing Equations and Numerical Solution in CFD Fundamentals of Finite Volume, Finite Difference, Finite Element Methods
4	Fluid Domain Modelling and Meshing	Identification of fluid domain Geometry basics create and import Importing different forms of CAD models & cleanup Creating fluid domains using structural models/drawings Meshing Methods for Part/Body Algorithms for Mesh Method, Type & Size: Hex, Prism, Tet Meshing Shell Meshing Local and Global mesh parameters Automatic and manual meshing Mesh refinement Mesh quality parameters Effect of mesh type, shape, size & quality on CFD solution
5	Understanding of CFD Models	Flow models: Viscous, Laminar & Turbulent models Turbulence models Wall modelling Boundary Layer Heat transfer models: Conduction, Convection & Radiation Thermal Wall BC Multiphase models Mass transfer models
6	Materials, Cell Zone & Boundary Conditions	Understanding of material behaviour Creation of material properties depending on fluid domains and flow models Creation of cell zones to assign appropriate material properties and different media Create mesh interfaces Understanding and definition of boundary conditions
7	Solving and Monitoring	Understanding of Solver: Theory, Types, Procedure, Settings, Controls, Initialization Methods, etc. Solver Run, Monitors and Convergence CFD Best Practices
8	Results and Interpretation	Post processing of various results such as velocity contours, pressure contours, temperature contours etc. Creating Lines, Planes and Iso-surfaces Rendering, Contour and Vector plots, Animations, etc. Interpretation, Validation and Accuracy of results
	Project Ideas	Project ideas and solution approach