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Dr.Joel Daniel
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Dr.Joel Daniel
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Dr.Joel Daniel
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Dr.Joel Daniel
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₹20000
Dr.Joel Daniel
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₹20000
Dr.Joel Daniel
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Dr.Joel Daniel
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Dr.Joel Daniel
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₹100000
Dr.Joel Daniel
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₹20000
Dr.Joel Daniel
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₹20000
This 3-month (200-hour) online ANSYS training program combined with one year of mentorship is a comprehensive and highly valuable opportunity to gain in-depth knowledge and long-term support for mastering ANSYS and applying it to real-world engineering problems. The program is designed to provide hands-on training in industry-specific domains such as centrifugal pump casings, compressors, turbines, pressure vessel design, and marine structures, while also covering advanced FEA topics like linear analysis, nonlinear analysis, structural vibrations, transient thermal-structural analysis, creep analysis, fatigue and fracture mechanics, and optimization. Here's a detailed breakdown of the program:
This phase focuses on building a strong foundation in ANSYS and FEA concepts, with a strong emphasis on hands-on training and industry-specific applications.
Introduction to FEA and ANSYS (10–15 hours)
Basics of Finite Element Analysis (FEA)
Overview of ANSYS Workbench interface
Understanding the FEA workflow
Geometry Preparation (10–15 hours)
Geometry creation using ANSYS DesignModeler or SpaceClaim
Importing and simplifying CAD models
Geometry cleanup and defeaturing
Meshing (15–20 hours)
Mesh generation techniques (structured vs. unstructured)
Mesh refinement and quality checks
Advanced meshing strategies (sweep, multizone, hex-dominant)
Material Properties (10–15 hours)
Defining material properties (linear, nonlinear, isotropic, anisotropic)
Material models for plasticity, hyperelasticity, and creep
Linear Static Analysis (15–20 hours)
Stress, strain, and deformation analysis
Boundary conditions and loads
Post-processing and validation
Nonlinear Analysis (20–25 hours)
Material nonlinearity (plasticity, hyperelasticity)
Geometric nonlinearity (large deformations)
Contact analysis (frictional and frictionless contact)
Structural Vibrations (15–20 hours)
Modal analysis (natural frequencies and mode shapes)
Harmonic analysis (steady-state response to cyclic loads)
Transient dynamic analysis (time-dependent loads)
Transient Thermal-Structural Analysis (15–20 hours)
Coupled thermal-structural analysis
Transient thermal analysis (time-dependent heat transfer)
Thermal stress and deformation
Creep Analysis (10–15 hours)
Creep behavior in materials
Time-dependent deformation under constant load
Applications in high-temperature environments
Fatigue and Fracture Mechanics (15–20 hours)
Fatigue life prediction (S-N curves, Miner’s rule)
Fracture mechanics (stress intensity factors, crack propagation)
Applications in durability and failure analysis
Optimization (15–20 hours)
Shape optimization
Topology optimization
Design exploration and parameter optimization
Centrifugal Pump Casings
Stress analysis of pump casings
Fluid-structure interaction (FSI) simulations
Validation as per API standards
Compressors and Turbines
Structural analysis of compressor and turbine components
Thermal and vibrational analysis
Validation as per API and ASME standards
Pressure Vessel Design
Stress analysis of pressure vessels
Buckling and stability analysis
Validation as per ASME Section VIII Div II
Marine Structures
Structural analysis of marine components (e.g., hulls, offshore platforms)
Wave and load analysis
Validation as per DNV codes
Recorded Videos: All training sessions will be recorded and uploaded to a portal for future reference.
Workshop Files: Access to workshop files for hands-on practice.
Portal Access: Access to the training portal for 12 months.
The mentorship phase ensures continuous learning and application of ANSYS to your specific needs.
Technical Doubt Clearing
Regular sessions (e.g., weekly or bi-weekly) to address technical questions.
Guidance on setting up and running simulations for your specific products.
Simulation Support
Assistance with setting up, solving, and interpreting simulations.
Help with validating results against experimental or theoretical data.
Skill Development
Best practices for efficient and accurate simulations.
Project Assistance
Support for ongoing or new projects.
Feedback on simulation setup, results, and validation.
Comfort and Independence
Gradually reduce dependency on the mentor as you gain confidence.
Ensure you can independently perform simulations by the end of the mentorship.
Comprehensive Training: Covers all major types of FEA analysis.
Hands-On Learning: Emphasis on practical simulations and real-world projects.
Industry-Specific Expertise: Focus on domains like centrifugal pumps, compressors, turbines, pressure vessels, and marine structures.
Long-Term Support: One year of mentorship to ensure mastery of ANSYS.
Recorded Videos and Workshop Files: Access to training materials for 12 months.
Experienced Trainer: Learn from a trainer with 20+ years of experience in FEA, a PhD in fracture mechanics, and a track record of training 300+ professionals worldwide.
Mechanical Engineers: Working in industries like oil & gas, power generation, and marine engineering.
Design Engineers: Looking to use ANSYS for product development and optimization.
Researchers and Students: Needing advanced FEA skills for academic or research projects.
Professionals: Transitioning to roles requiring simulation expertise.
By the end of the program, you will:
Be proficient in using ANSYS for a wide range of FEA simulations.
Be able to set up, solve, and interpret simulations for your own products.
Gain confidence in validating simulation results against industry standards.
Have the skills to independently perform advanced simulations and optimizations.
Contact the Trainer/Provider: Reach out to the trainer or training organization offering this program.
Check Eligibility: Ensure you meet the prerequisites (e.g., basic knowledge of engineering mechanics).
Enroll: Complete the enrollment process and gain access to the training portal.
On Going Training: 3-month (200-hour) online ANSYS training program combined with one year of mentorship , Contact:info@fea-training.com
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