CAE Training and Internship
At Poisson & Youngs Engineering, we believe in providing equal opportunity to all the Engineering graduates. The course is designed to understand fundamental engineering concepts and its application in real-world engineering solution.
Training Curriculum - Mechanical Engineering
Linear Stress Analysis
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Introduction to Finite Element Analysis
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Industrial Application using 3D Link/Spar Elements
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Industrial Application using 3D Beam elements
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Industrial Application using Plate element /Membrane element and shell elements
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Industrial Application using Plane stress/plane strain elements
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Industrial Application using 3D Solid Element
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Best Practices in Meshing, BC’s, Loading conditions and Evaluating results.
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Symmetry Applications
Non Linear Stress Analysis
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Contact Non linearity in Industrial Application
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Material Non linearity in Industrial Application
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Best Practices to solve convergence issues
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Thermal - Structural Analysis
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Contact Non linearity in Industrial Application
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Material Non linearity in Industrial Application
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Best Practices to solve convergence issues
Dynamic Analysis
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Modal Analysis
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Harmonic Analysis
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Random vibrations
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Shock load analysis
Fatigue Analysis
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Low Cycle Fatigue Analysis
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High Cycle Fatigue Analysis
Fracture Mechanics
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Linear Elastic Fracture Mechanics (LEFM)
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Elastic Plastic Fracture Mechanics (EPFM)
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Thermal Mechanical Fatigue Analysis (TMFA)
Rotor Dynamics Analysis
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Bearing Characteristic Calculation through fluid structural interface analysis
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Lateral Critical Speed Analysis
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Torsional Critical Speed analysis
Optimization
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Design Optimization
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Shape Optimization
Live- project
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Understanding the scope
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Performing Design Calculations
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Understanding FEA Plan
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Pre-Processing Techniques
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Solution and Post-Processing
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FEA results interpretation and understanding Failure modes
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Providing design suggestions
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FEA report generation
Training Approach
Step - 1
Students will solve a problem through theoretical concept. This section help students to refresh the basics, and understand the problem in detail.
Step - 2
Students will solve the same problem (of step -1) through FEA. This section helps students to validate the FEA results through Analytical calculation
Step - 3
From the Learnings of Step 1&2, Student can easy approach industrial challenges. This methodology helps students to bridge the gap between institutional learning and industrial application.
Mode of Training
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Interactive Training - Classroom & Online
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Training Certification
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Flexible Learning Curve
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Internship
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On-Job Training & Live projects
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Assignments and Quiz