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ANSYS Training (28 Days ) |
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Introduction |
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Product Design cycle. |
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Before you start using Ansys |
1 |
CAD/CAM/CAE |
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History/need/advantages/limitations of FEM/FEA |
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Introduction to theAnsys GUI |
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Introduction of FEM |
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Basics of FEM |
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Different types of analysis using Ansys software. |
2 |
General Steps of the Finite Element Method |
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Explanation of 1D, 2D and 3D Elements with examples of ANSYS |
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About ANSYS |
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ANSYS Family of products with their capabilities |
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Product Launcher |
3 |
Launcher Tasks |
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Launcher Menu Options |
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Introduction to Ansys interface |
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Introduction about coordinate system. |
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Preprocessor:Solid Modeling |
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Basic geometrical entities creation in solid modeling like key |
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points, lines, areas. |
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4 |
Working with Boolean operations for 1d |
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objects like add,subtract, intersect,overlap, glue, etc. |
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5 |
Introduction about APDL Language |
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Using the session editor |
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Saving and resuming the file in Ansys environment. |
6 |
Pan/zoom/rotate for model |
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Offset the UCS in Ansys environment |
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Rotate the UCS in Ansys environment |
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Assigning Element Attributes before meshing. |
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Using mesh Controls for generating 1d mesh. |
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7 |
Element Type: |
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Define element type according to analysis |
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8 |
Real Constant: |
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Define real constant according to element if required |
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Material Properties: |
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Assigning material properties to solid model according to requirement |
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Boundary and loading Conditions: |
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Types of Loads |
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Applying Supports |
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9 |
Structural Analysis: |
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Linear Static analysis with taking linkelements. |
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Linear Static analysis with taking beam element. |
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10 |
Generation of Area with key point, lines and 2d primitives. |
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Working with Boolean operation Like add, subtract, intersect and divide, |
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etc. for 2d entities. |
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Assigning Element Attributes before meshing. |
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Using mesh Controls for generating 2d mesh. |
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Generating free mesh for 2d elements by |
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11 |
Defining no. of elements on line or element size for meshing 2d model |
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Generate mapped mesh for 2d model |
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12 |
Linear Static analysis of trusses. |
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Linear Static analysis by taking plane element. |
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13 |
Linear Static analysis by taking plane element with thickness option. |
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Linear Static analysis by taking plane element with axis symmetry |
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14 |
Introduction of Modelling |
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Working with Boolean operations for 3d objects like add, subtract, intersect, |
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overlap, glue, etc. |
15 |
Generating model by using 3d operation like extrude, revolve, sweep. |
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Creation of nodes and elements directly |
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16 |
Generating model |
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exercise-1 |
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17 |
Generating model |
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exercise-2 |
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18 |
v Generating model |
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exercise-3 |
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19 |
Introduction of Meshing |
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Assigning Element Attributes before meshing. |
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Mesh Controls for defining 3d models |
20 |
Meshing for 3d elements. |
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21 |
Meshing by using manual option. |
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Meshing by using The ANSYS Mesh Tool |
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Mapped meshing with concatenate command |
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22 |
Mapped meshing for 3d models by using meshing controls. |
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Linear Static analysis by taking solid element with tetrahedral element |
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23 |
Linear Static analysis by importing model from cad environment |
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24 |
Thermal Analysis: |
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Conduction analysis |
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Convection analysis |
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Radiation analysis |
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25 |
Post-processing |
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Contour Plot Viewing |
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List of results |
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26 |
Query result on node orelements |
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Defining element table for beam analysis. |
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Contour plot results for element table for SFD & BMD with beam element. |
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27 |
Report Generator |
28 |
Major Project |