Altair Hypermesh Radioss & Optistruct Online Courses

Solvers: ANSYS, Altair Radioss & Optistruct

IFS Academy is one of the leading CAE Training Provider Company in India offering Altair Hypermesh Online Training Programs. We offer Virtual Instructor-Led training on Hypermesh, Radioss & Optistruct. The course curriculum is prepared to meet the needs of the Simulation industry on Finite Element Meshing using Altair Hypermesh. The Solvers used for Finite Element Analysis along with Hypermesh are ANSYS, Radios, and Optistruct. The basic fundamental theory of Finite Element Analysis and Engineering Design is also covered in this online course. After completing this course, you can join as a FE Analyst / CAE Engineer in the Simulation industry.

Altair HyperMesh is a high-performance finite element pre-processor to prepare even the largest models, starting from the import of CAD geometry to exporting an analysis run for various disciplines. Altair HyperMesh™ is a market-leading, multi-disciplinary finite element pre-processor which manages the generation of the largest, most complex models, starting with the import of CAD geometry to exporting ready-to-run solver file.

Altair Radioss is a leading structural analysis solver for highly non-linear problems under dynamic loadings. It is used across all industries worldwide to improve the crashworthiness, safety, and manufacturability of structural designs.

OptiStruct is a proven, modern structural solver with comprehensive, accurate, and scalable solutions for linear and nonlinear analyses across statics and dynamics, vibrations, acoustics, fatigue, and Multiphysics disciplines. It is the industry-leading and most widely used solution for structural design and optimization.

Course Overview:

IFS Academy offers a complete Altair HyperWorks Online Training Courses portfolio which includes Finite Element Meshing using Hypermesh & Finite Element Analysis using Hypermesh and ANSYS / Radioss / Optistruct. Hypermesh Online Training Course Curriculum includes topics like Introduction to FEA & Hypermesh, Geometry Clean-up, Shell Meshing, 3D Solid Meshing, 1D Meshing and Connectors, Analysis Setup, and Loading, Exporting and Solving, and Introduction to HyperView.

Students can choose the FEA Solver of their choice from ANSYS, Radioss and Optistruct.

Prerequisites:

• High configuration Desktop / Laptop with Inventor Software License preinstalled

• Good bandwidth internet connection

• Headphones

• IFS Academy will provide you Training Input files and exercises Soft Copies in advance which needs to be stored in your Desktop / Laptop.

• Students are requested to make their own important notes for their future reference.

• Students should have basic fundamental knowledge of subjects like Applied Mechanics, Strength of Materials, Machine Design and Physical Metallurgy.

Intended Audience:

• Undergraduate Students from Mechanical / Automobile / Production Engineering

• Fresh Mechanical / Automobile / Production Engineers

• ME / M Tech in Mechanical Engineering (Design / Production / Heat Power / Thermal Engg.) Students

• Designers, Design Engineers and Manufacturing Engineers who need a thorough knowledge of the features available in the Altair Hypermesh Software

Training Features:

• Instructor-Led Sessions through Zoom, Webex, Microsoft Teams or any other similar Platform

• Develop proficiency in Meshing, Implicit and Explicit Dynamics and Optimization

• Workshops and Exercises

• Live projects and assessments

• IFS Academy Certification of Completion

• Industry Need Based Curriculum

• Engineering Fundamentals Training

• Online Seminars / Webinars from Industry Experts

Assignments:

Relevant models/input files will be given to the students which can be created with the help of the commands or features which are taught during the course. These model-based assignments will be carried out based on the complexity of the commands or features.

Case studies:

Practical industrial examples will be considered as case studies where students will not only study the meshing technique involved to create a complex industrial mesh but also students will study the design considerations and methodologies involved in the creation of the mesh model. These case studies will be taught to students in detail and they will create the mesh under the guidance of the faculty. Post mesh, students will run various FEA cases like Static Structural Analysis, Modal Analysis, Non-Linear & Contact Analysis, Dynamic Analysis, and Optimisation.

Projects and Test:

Once students are proficient in using all the commands/features and once they have undergone through the practical case studies, individual projects will be assigned to them in groups where they will mesh the given parts/assemblies in Hypermesh. Students are expected to do the CAD cleanup and meet the Meshing and quality criteria. This project and an objective questions test will be the benchmarks to judge the performance of the student.

Courses Offered:

Note:

• The course fee is inclusive of all taxes.

• The course fee is nonrefundable.

• Fees can be paid online or in Cash / Cheque / DD. Cheque & DD should be drawn in favor of “IFS Academy” payable at Pune.

Attend Free Demo before you enroll:

Students can request a free demo before they enroll themselves for the course. You can send your request through Call / WhatsApp / Email or put your details in our inquiry form.

Admission Procedure:

Students are requested to pay their full course fees online in advance as per the Bank Account details given below. After making the payment, the student is requested to send the following information at training@ifsacademy.org

Name as per HSC:

Email ID:

Cell No:

Company / Organisation Name:

College:

Transaction ID (towards the payment transferred online):

After confirming the receipt of payment, we will send you a link to our Online Admission Form. Once we receive your Admission Form, we will mail you the detailed Online training schedule (Online Web Meeting Invite) along with other deliverables.

Documents Required:

Scanned copies of the following documents are required to be sent to training@ifsacademy.org after the full course fees are paid along with submission of the Online Admission Form.

• ID proof

• Address proof

• Photocopies of 10th, 12th and recent mark sheet of Engineering

Note: After successful transaction, you are requested to send following details to: training@ifsacademy.org

Name of the Student:

Course Title:

Amount (Rs./-):

Transaction ID: