Techzilon Training Solutions

Advanced Diploma in Hypermesh & Radioss (Nastran)

Developes Advanced skills on Meshing, Structural and Dynamic simulations. Classroom based training with practical coverage on Theory, FEM & SOM

      Advanced Diploma Program
     Offline Training (Classroom course)
     Classes on Weekdays
     Course code: CR-HM02


       Experienced Instructors
       Industry Recognised Certification
       Project based Training
       Regular assignments & assessments
       Domain Based (auto, aero) curriculum
       Cloud-based online learning materials

    All our courses are designed by a team of highly experienced professionals from the Industry


    This course will provide the Advanced skills & special-techniques on Industry-oriented meshing and analysis, needed to become a successful Analysis Engineer.

    This course has four modules:
    HM1 – Geometry preparation & Meshing Techniques using HYPERMESH
    HM2 – Structural Simulations using RADIOSS (NASTRAN)
    HM3 – Advanced Geometry & Meshing Techniques using HYPERMESH
    HM4 – Thermal & Dynamic Analysis using RADIOSS (NASTRAN)
    This course covers:
       Geometry preparation using HYPERMESH
       Meshing generation techniques
       Structural Analysis using RADIOSS (NASTRAN)
       Post-processing using HYPERVIEW
       Special-techniques used for Meshing thin-shell structures like plastics, BIW, sheet-metals etc.
       Modal and thermal analysis of structures using RADIOSS

    Classroom sessions :    30 Hours
    Practical sessions :    100 Hours
    Online tests :    Topic-wise
    Industry Oriented Project :    30 Hours
    Special sessions for Interview Preparation

    HYPERMESH is special-purpose software used to build FE models for Structural Analysis.
    RADIOSS is the leading solver generating file-decks similar to NASTRAN.
    Leading companies like Mercedes Benz, General Motors, Caterpillar, Tata Motors, Honda, Boeing, Goodrich Aerospace, Airbus, Mahindra, Nissan etc. use HYPERMESH & RADIOSS.

    On successful completion of this course, you will be able to Build FE models as per industry requirements, Perform various analysis & Develop Job skills.You will also learn the following:
       Fundamentals of Finite Element Methods (FEM)
       Overview of Structural Analysis
       How to Import and align the geometry
       Prepare the geometry for FE modelling
       Create & modify various geometric-entities
       Create & edit different types of FEM entities like nodes, elements etc.
       Generate shell-mesh with 2D elements
       Generate solid-mesh with 3D elements
       Build Hybrid FE models using 2D & 3D elements
       Ensure mesh-quality
       Theoretical & Practical overview of Structural Analysis
       Perform Static Analysis of Structural Systems
       Accomplish domain-based projects on Meshing & Analysis
       FE modeling of Sheet-metals, BIW, Plastic components etc.
       The solutions to the problems faced during mid-surface extraction
       Mid-surface meshing of components from different domains
       Establish the natural-frequencies & vibration-modes of structures
       Perform Thermal analsysis
       Accomplish domain-based project on assembly meshing & non-linear analysis

          Students & Fresh graduates (BE/ME in Mech, Aero, Auto) seeking an entry into the design field
          CAD engineers who wish to upgrade to Analysis-field and move ahead in their career
          Team Leads and managers who want to add ‘Analysis-projects’ into their portfolio
          This course does NOT need prior knowledge of any CAD software
          Pre-requisite: Nil

    ↓↓↓  Refer to Modules listed below  ↓↓↓

    Geometry preparation & Meshing Techniques using Hypermesh

    Geometry Preparation of auto & aero systems using Hypermesh
    Geometry preparation for the Fender of a car
    Geometry Clean-up for the Center Pillar of a car
    Geometry preparation for the wing-panel of an aircraft
    2D Meshing Techniques for auto & aero systems using Hypermesh
    Meshing of BIW parts (auto & aero) using automeshing techniques
    Meshing auto & aero components for crash and durability analyses
    3D Meshing Techniques for Industrial systems using Hypermesh
    3D Meshing – Structured meshing (Brick/Hex) & Un-structured meshing (Tetra)
    3D Mesh generation for Industrial systems
    Assignments & Evaluation on Geometry & meshing
    Project on Geometry & meshing of Auto, Aero or Industrial systems

    Structural Simulations using RADIOSS (NASTRAN)

    Structural analysis of Aero & Automotive systems
    Industrial Approach to Design & Validation
    Introduction to FEA & CAE Work flow
    Introduction to Strength of materials
    Linear Static Analysis – Theory & Practice
    Design validation of an automotive gear-shaft using structural analysis
    Identify the failure mode and re-design a engine-mount using linear static analysis
    Design a connecting-rod for strength using stress analysis
    Results processing using HYPERVIEW
    Results Interpretation & Documentation
    Industry-oriented Project on Linear Static Analysis of Auto, Aero or Industrial systems

    Advanced Geometry & Meshing Techniques using HYPERMESH

    Meshing Techniques for plastic parts using Hypermesh
    Mid-surface extraction and meshing of plastic components
    Mid-surface extraction and meshing of BIW, sheet-metal components like chassis etc.
    2D-Midsurface meshing a door trim with doghouse joints
    Midsurface meshing for chassis frame.
    2D meshing generation of automotive & aerospace systems
    Mesh Generation Techniques for Stress / Durability Analysis
    Mesh Generation Techniques for Crash Analysis
    Project on assembly meshing of auto, aero or Industrial systems

    Thermal & Dynamic Analysis using RADIOSS (NASTRAN)

    Introduction to Normal modes of vibration
    Solution methodology-Eigenvalue & eigen vector, lanczos method
    Normal modes Analysis of mini racing-car frame
    Vibration Analysis of a rotor.
    Natural Frequency estimation of a Truss bridge
    Modal Analysis of a brake Disc.
    Introduction to Thermal analysis
    Thermal Analysis – Conduction Heat-transfer in a friction-ring
    Thermal-mapping of a friction-ring
    Project on Dynamic & Thermal Analysis


    About Techzilon

    TECHZILON, with its strong experience offers rich-guidance and can help you achieve your career goals. TECHZILON has articulately designed the courseware by keeping in mind the requirements and expectations of the industry. The training would not only increase the theoretical understanding of the students, but will also enrich them by imparting applied and practical knowledge which is used in real industries. This will be achieved through hands on learning, training on live scenario projects and interaction with practicing industry experts.Our expert team can help you get onboard a job with leading MNCs in India and Abroad.

    TECHZILON : Authorised Training Partners for HYPERMESH & ANSYS WORKBENCH

    january, 2021

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