Ansys Workbench

Ansys Workbench

No. Of Days:

4 Days

Language:

English

Note:

• ANSYS 2020 R1 or higher is recommended

Enroll Today !!

DAY-1

  • Introduction to FEA
  • ANSYS WORKBENCH GUI (Graphical user interface)
  • UNIT SETUP
  • Mouse & keyboard functions
  • Project Schematic
  • Linking Analysis in Project schematic
  • 2D & 3D Analysis setup
  • File Management
  • Understanding types of Elements in FEA.
  • ANSYS workbench Guide lines.
  • Understanding Engineering materials and their properties.
  • Creating custom materials.
  • Working with ANSYS Design Modeler.
  • Sketching.
  • Sketch constraints.
  • Draw & Modify Tools.
  • Views Tools & Selection Filters.
  • 3D Feature tools.
  • Geometry File & Types.
  • Theory and concept of 1D, 2D & 3D Elements.
  • Applying the Types Elements based on different scenarios.
  • Understanding the Meshing concept and different Refining techniques.
  • Cantilever & simply supported beams.
  • Importing Line geometry for structures.
  • Working on 1D structural Elements for structural members.
  • Finding out different forces on the structure.
  • Plotting shear moment diagram.
  • Generating simulation report.
  • PRACTICE

DAY-2

  • Importing Solid and Surface Models for other CAD packages.
  • Defeaturing/ simplifying the CAD models
  • Converting Solid into surface geometry.
  • Working with 2D elements for surface geometry.
  • Simulating Thin & Thick wall/ shells.
  • Applying loads & Boundary condition.
  • Finding out the stress, strain, deformation and other forces for surface geometry.
  • Performing a Non-linear Analysis for large deflection.
  • Understanding the plastic deformation.
  • Understanding Load Steps.
  • PRACTICE

DAY-3

  • Working with pure SOLID models.
  • Multiple part and single part concept.
  • Meshing with 3D elements.
  • Checking the Element quality.
  • Mesh control & Refinement techniques.
  • Applying loads & boundary conditions.
  • Finding out stress and strain data.
  • Evaluating Factor of Safety (FOS).
  • Mesh Independence Study.
  • Applying Convergence.
  • Dealing with Fatigue Analysis for cyclic loading.
  • Factor of safety due to cyclic loading.
  • Performing Modal Analysis to find out Natural Frequency
  • Mode shape results for different frequencies.
  • Random vibration Analysis.
  • Power spectral density (PSD).
  • Buckling load Analysis for the structures.
  • Interpreting the buckling load multiplier.
  • Buckling mode shape results.
  • Working with Assembly.
  • Preparing the Assembly models for simulation.
  • Meshing assembly components and Refinement.
  • Contact Meshing and refinement.
  • Defining type of contacts between assembly components.
  • BOLT & NUT contact.
  • Setting up the boundary conditions.
  • Interpreting the contact results.
  • Checking the Factor of safety of the entire assembly.
  • Applying BOLT PRETENSION
  • PRACTICE

DAY-4

  • Steady state thermal simulation.
  • Conduction and Convection criteria.
  • Analyzing the thermal flow and Heat dissipation.
  • Temperature contours.
  • Thermal flow results, reports and plots.
  • Transient thermal Simulation.
  • Time step setting for transient analysis.
  • Coupling Structural with Thermal.
  • Evaluating Thermal stress.
  • Boundary conditions for transient thermal.
  • Creating temperature contour animation.
  • Electric simulation to determine the Electric field intensity and current density.
  • Thermo-Electric simulation to determine the temperature generated due to Electric flow.
  • Applying boundary conditions like Voltage and current.
  • Coupling Thermo-electric simulation with structural analysis.
  • Finding out the thermal stress.
  • Generating Detailed simulation reports in ANSYS.
  • Creating Chart & Table.
  • Creating Line references for chart and table.
  • Duplicating and modifying a simulation.
  • PRACTICE