🔷 ANSYS
📌 Overview
This course provides practical, project-driven training on ANSYS Workbench, focusing on Finite Element Analysis (FEA) applications in mechanical design. It covers Static Structural, Modal, Thermal, Harmonic, and Fluid Flow simulations using industry-standard best practices. By the end, learners will be capable of analyzing and optimizing real-world engineering components using simulation.
📚 What Will I Learn?
- Geometry Creation and Importing
- Static Structural Analysis
- Modal & Harmonic Analysis
- Thermal and Transient Analysis
- Contact and Constraint Settings
- Meshing Techniques and Refinement
- Material Assignment and Customization
- Assembly Simulations
- Boundary Conditions and Loads
- Post-Processing & Result Interpretation
- Introduction to CFD with Fluent & CFX
- Simulation of Real-life Projects
- Report Generation and Validation
🎯 Target Audience
- Mechanical & Aerospace Engineers
- Structural Analysts and Designers
- Final Year Engineering Students
- Design Engineers Seeking FEA Skills
- Professionals transitioning to CAE Domain
🧾 Materials Included
- Concept Notes in PDF Format
- Practice Models for Simulation
- Ready-to-use Templates
- ANSYS Compatible Geometry Files
- Industrial Project Simulations
- Course Completion Certificate
🧰 Requirements / Instructions
- Basic Engineering Mechanics Knowledge
- Familiarity with CAD software
- Laptop with ANSYS Installed (Student or Educational Version)
- Minimum 8GB RAM & Good Processor (i5/i7)
- Calculator & Notebook
⏱️ Course Duration
Total Duration: 40 Days (1.5 to 2 Hours/Day)
Mode: Offline / Online / Hybrid
Level: Beginner to Advanced (Industry-Focused)