Finite element analysis (FEA) is an important part of computer-aided engineering. FEA is the simulation of any given physical phenomenon using the numerical technique finite element method (FEM). Engineers use it to test product designs and reduce the number of physical prototypes in the testing phase. In this article, we will describe the benefits of using finite element analysis software.

What is the Finite Element Analysis?

Finite element analysis is a highly efficient computer simulation method that allows a product design to be analyzed for vibration, stress, heat transfer and more.

How Does the Finite Element Analysis Method Work?

FEM
helps in disintegrating a highly complex issue into various simpler ones. Once this method gets implemented, it is able to found easy issues to achieve a precise solution. This method is used in structural engineering that helps in identifying the reactions of materials and structures when exposed to various environmental factors such as heat, vibration, and force. This test is performed before a product gets manufactured.

Advantages of Using Finite Element Analysis

Saved Time

The most significant advantage of using finite element analysis is time-saving. This is mostly seen while manufacturing new products. Allowing engineers to test different design versions early in the design stage with a computer, the time needed for the development of new products gets significantly reduced.

Reduced Cost

Using FEA for structural simulation, the need for manufacturing several physical prototypes and planning wind tunnel tests is significantly reduced, which also decreases the costs of development.

Improved Product Quality

A finite element analysis tool improves product quality. It not just enhances the shelf life of the product but also makes it a lot more reliable and efficient, as it can be tested against a multitude of conditions. With FEA, failure, bending, cavitation and many other issues can be predicted and avoided in the design phase.

Increased Customer Satisfaction

When the product life increases, a business can achieve a high level of customer satisfaction. This is because they don’t need to regularly spend money in maintenance and repair.

Better Product Performance

The advantage of incorporating a finite element analysis software in the design process helps design engineers and civil engineers to validate the design of their equipment or building. It ensures that they are in accordance with the performance criteria of the client and with industry standards.

Identifying potential problems or optimization potential arly in the design phase not only saved significant money and time but also helps manufacture better product across all industries, from consumer products such as electronics, sports equipment or cars to valves, pipes, and industrial equipment.

Other benefits

  • Increased accuracy
  • Improved design and early assessment of crucial design parameters
  • Efficient and affordable design cycle
  • Increased profit and productivity
  • Risk-free design process
  • A powerful visual tool that assists clients to get an in-depth understanding of the project
  • Reporting as a part of the audit procedure and quality control
  • Validation
  • Maximizing performance via positioning and material selection
  • Lower costs on research and development

Conclusion

Finite element analysis is a very strong technology that can save engineers money and time for their design process and overall helps them create products of higher quality.