Overview
ANSYS is a general purpose software,
used to simulate interactions of all
disciplines of physics, structural,
vibration, fluid dynamics, heat transfer
and electromagnetic for engineers. ANSYS
simulates tests in virtual environment
before manufacturing prototypes of
products. Furthermore, determining and
improving weak points, computing life
and foreseeing probable problems are
possible by 3D simulations in virtual
environment.
ANSYS can import CAD data and also
enables to build geometry with its
"preprocessing" abilities. Similarly in
the same preprocessor, finite element
model which is required for computation
is generated. After defining loadings
and carrying out analyses, results can
be viewed as numerical and graphical.
ANSYS can carry out advanced engineering
analyses quickly, safely and practically
by its variety of contact algorithms,
time based loading features and
nonlinear material models.
ANSYS Workbench is a platform which
integrates simulation technologies and
parametric CAD systems with unique
automation and performance. The power of
ANSYS Workbench comes from ANSYS solver
algorithms with years of experience.
Learning Objectives/
Training Outcomes
Course will enable the participant to
perform the simulations using Ansys
mechanical. The participant will be able
to define the stress concentration areas
in their problems thus creating an
optimized design from cost as well as
materials saving point of view.
Course Level: Beginner
Methodology
Modules: Ansys Design Modeler 13.0,
Ansys Mechanical
Ansys
Design modeler 13.0 will be used to make
CAD geometries. Files will then be
imported into Ansys Mechanical. Meshing
as well as the Analysis will be
performed in this module.
Detailed Outline
Topics Covered:
1.
Introduction to Ansys Design
Modeler 13.0
1.1
Basic drafting tools
1.2
Sketches, Surfaces
1.3
3D Modeling
1.4
Boolean, Body operations
1.5
Face imprinting, Share topology
1.6
Geometry analysis tool
1.7
Tips and tricks for optimized
geometry for robust Meshing
2.
General Preprocessing of CAD
geometry
2.1
Introduction to Engineering Data
2.2
Accessing material libraries
2.3
Creating new materials
3.
Meshing Control
3.1
Structured and unstructured mesh
3.2
Introduction to Mechanical APDL
Element Reference
3.3
Direct, Indirect Meshing
techniques
3.4
Tips and Tricks for
optimized brick hexahedral elements
4.
Structural Analysis
5.
Free Vibration Analysis
6.
Pre-Stressed Vibration Analysis
7.
Steady State Thermal Analysis
8.
Linear Buckling Analysis
9.
Results Processing
10.
CAD & Parameters Management
Potential Participants / Organizations
The course is explicitly designed to
cover the basics thus making it an ideal
learning platform for:
-
Students / beginners
-
Mechanical Engineers
-
Faculty members of Colleges /
Universities
-
All type of Organizations involved
in Mechanical Engineering Projects
|
Starting From |
Timings |
Last Date of Registration |
Fee |
|
22-03-12 |
1730-2030
(Thu-Fri-Sat) |
20-03-11 |
Rs:10,000
Per Participant |
