Course
Description :
This course is designed for existing and new users . You will focus on learning
modelling and analysis skills in the
field of fluids. Topics include understanding the engineering basics, Hydraulics, Fluid flow,
subsystems, assembly and flow path. It includes basic finite element analysis,
its application and modelling techniques.
On
the Pre-processing tool it covers meshing guidelines, quality checks, material
properties, batch meshing, penetration removal,
etc.
It
cover in details use of tools like SC Terta, midas NFX.
It would cover Analysis Deck
preparation, flow path, energy balance, and Simulation on practical examples.
Target
Audience : This
can be learned at early stages of Engineering analysis career. Student of engineering discipline like Mechanical,
Automotive, Production, Industrial; 3rd
year onward can also qualify to take this course.
Duration
and Fees : 400
hrs.
Course Topics:
1. Engineering
Products, Packaging Basics
a)Classification, types, subassembly and
assembly etc.
b)CFD, Fluid flow, Flow dynamics, etc.
2. Finite
Element Methods
a)Application of Finite element Methods,
Different Elements in FE. Modeling Techniques, etc.
3. CAD,
GD&T ( Creo
2.0/CATIA)
4. Six
Sigma DMAIC, DFSS, Quality Standard
5. FE-Modeling
in Hypermesh / ANSA
a)Shell Meshing Components, Guidelines , Quality Checks, Material, etc.
b)Solid Meshing, Deck setup, boundary
conditions, etc.
6. Solution
( eg.
SC Tetra, midasNFX)
a)Introduction, modelling, Materials,
Constraints, Boundary Conditions, error
debug, etc.
7. Analysis
Deck Preparation , Simulation, Post-Processing
a)Defining flow Path, Energy balance,
Analysis Setup, Solution, Post-Processing, Reporting, etc
8. Domain
(Theory and application)
a)Automotive specifics case studies,
Aerospace related projects, Consumer goods analysis.
9. Soft
skills, Employability enhancement