ANSYS ONLINE COURSE

Q: What is ANSYS?

ANSYS for core engineering is a concept that has very wide scope if applied properly. It is gaining popularity as one of the most sought after fields among core engineers. Its high demand in the industry stems from its ability to reduce the cost of production of companies while also minimising the time taken for production.

ANSYS makes use of several concepts of core engineering and physics to arrive at solutions and has many real-world applications.

ANSYS makes use of finite element analysis (FEA) for structural analysis. The study takes place with the help of the ANSYS mechanical interface. It is one of the most popular engineering software solutions in the world today. Its applications include analysis of electrical problems, mechanics and construction among other fields of science and technology. It allows you to develop complex environmental loadings and industry-specific requirements in the fields of offshore hydrodynamics and layered composite materials. ANSYS importance in different fields cannot be ignored in an increasingly mechanised world.

The ANSYS software solutions are used by mechanical, electrical, and electronics engineers to form a connected design. The suite of programs is aimed at keeping all engineers in communication and able to respond to design needs or changes.

Q: Who can learn ANSYS?

Through ANSYS, core engineers will get an opportunity to carry out dynamic analysis using their pre-existing knowledge of linear dynamics, spectrum response and random vibration with pre-stress. They can even learn to come up with advanced solver options for rapid solutions. You can create waterfall plots to understand results over varying frequencies completely.

Ansys ACT allows you to customize your workflow, add functionality and improve the simulation process. Meanwhile, Ansys DesignXplorer allows you to arrive at the best solution in the fastest possible time.

Some fields of application of ANSYS which are opened up for students of core engineering are:

• Nonlinear applications
• Dynamics
• Multiphysics
• Composites
• Optimisation
• Customisation
• Hydrodynamics

Most of the Indian Engineering & Design companies and Oil & Gas industries extensively use ANSYS tool for design optimization and analyze their products in an effective way. ANSYS can be learnt by

• Final year Engineering students (Civil, Mechanical, Electrical and so on)
• Fresh Engineering Graduates
• Mesh Engineers
• R&D Engineers/Managers
• CAE/CFD Engineer
• Project Engineers/Managers
• Application Engineers
• Simulation Engineer
• Value Engineers 

Q: How about Job Openings in ANSYS?

An ANSYS engineer have job applications as CAE Engineer/Mesh Modeller/CFD Engineer or simulation Engineer in wide range of industries such as

• Aerospace
• Defence
• Automotive
• Transportation
• Machinery
• Heavy Equipment
• Consumer products
• Mold & Tools design
• Electronics
• Sheet metal work
• Process Plant
• Energy conservation
• Construction
• Medical tools
• Product design and other engineering services.

 Q: What are the benefits of learning ANSYS?

There are many advantages of using ANSYS:

1. ANSYS can import various geometric shapes from different CAD software and use them to perform simulations.
2. Further, 2D and 3D geometric shapes can also be created using the software. This is done through the inbuilt CAD developing software in ANSYS, like Workbench (Structural, thermal, Fatigue, harmonic), Fluent, CFX, LS Dyna, ICEM, Design Modeler and Space Claim.
3. The software can perform advanced and realistic engineering simulations. It does so with the help of a variety of contact algorithms and nonlinear material models.
4. ANSYS is capable of integrating various formulae into one platform to make the process of analysis simpler and faster. For instance, thermal analysis can be integrated with structural analysis.
5. A product called ANSYS AIM is now available, which makes use of all these developments. It is capable of performing multi physics simulations. Thus, it provides a single platform where different physics can be integrated to create simulations.
6. Geometrical design and boundary conditions can both be optimised and analysed with the help of ANSYS for mechanical engineering. ANSYS can even study the behaviour of the product under varying conditions.