Training Program: Finite Element Analysis (FEA)
Overview:
This Finite Element Analysis (FEA) training program is designed to provide participants with the necessary skills to perform stress analysis, vibration analysis, bending analysis, and fatigue analysis using SolidWorks Simulation and other industry-standard analysis software. Participants will learn how to set up FEA models, apply loads and boundary conditions, interpret results, and optimize designs for structural integrity and performance.
Duration: 40 hours
Prerequisites: Basic understanding of engineering principles and familiarity with CAD software (SolidWorks preferred).
Course Outline:
1. Introduction to Finite Element Analysis (2 hours)
Overview of FEA principles and applications
Understanding the finite element method
Introduction to SolidWorks Simulation and other FEA software
2. Stress Analysis (10 hours)
Introduction to stress analysis concepts
Modeling techniques for stress analysis
Applying loads and boundary conditions
Interpreting stress results and factor of safety analysis
3. Vibration Analysis (10 hours)
Basics of vibration analysis and modal analysis
Modal frequency extraction and mode shapes
Harmonic analysis for forced vibration
Response spectrum analysis
4. Bending Analysis (8 hours)
Introduction to bending analysis and deflection calculation
Modeling bending loads and boundary conditions
Interpreting bending stress and deformation results
Optimization techniques for bending stiffness
5. Fatigue Analysis (8 hours)
Understanding fatigue failure and fatigue life prediction
Applying cyclic loading and stress-life analysis
Determining fatigue factors and safety margins
Assessing fatigue damage and durability
6. Advanced Analysis Techniques (2 hours)
Nonlinear analysis for material and geometric nonlinearities
Thermal analysis and thermal-stress coupling
Fluid-structure interaction (FSI) analysis
7. Hands-on Projects and Case Studies (varies)
Practical exercises and case studies in stress analysis, vibration analysis, bending analysis, and fatigue analysis
Real-world applications and problem-solving scenarios
Guidance on best practices and industry standards
Training Methodology:
The training sessions will be conducted through a combination of instructor-led lectures, hands-on workshops, and practical exercises using SolidWorks Simulation and other FEA software. Participants will have access to FEA software for practice sessions to reinforce their learning.
Assessment and Certification:
Participants will be evaluated based on their understanding and proficiency in FEA techniques through practical exercises, projects, and assessments. Upon successful completion of the training, participants will receive a certificate of completion.
