Mechanical design
At Hefmec, we understand that the Finite Element Method (FEM) is a key tool in many industries. It can be used to predict the behaviour of materials and structures under different conditions, which is essential for product development and design. In this article, we review the applications of FEM and explain how they benefit different industries.
FEM is widely used in mechanical design, where it helps to optimise the strength and durability of products. For example, FEM analysis is an invaluable tool in the design of vehicle components such as engine parts or suspension. The analysis helps to identify potential weaknesses and make the necessary changes before prototyping.
Civil engineering and aerospace industry
In civil engineering, FEM is an essential part of the design process for structures such as bridges, skyscrapers and stadiums. It enables the simulation of the behaviour of structural components under different loading conditions, such as wind, vibration and earthquakes. This helps to ensure the long-term safety and durability of structures.
In the aerospace industry, the importance of FEM calculation is highlighted when designing components that have to withstand extreme conditions. In the design of aircraft wings, fuselages and other critical components, FEM analysis helps ensure that they can withstand atmospheric pressure differentials, temperature variations and mechanical stress.
By using Hefmec’s Project Services, our customers gain access to the expert know-how that is essential for demanding projects in the aerospace industry.
Biomechanics and medical engineering
In the field of biomechanics and medical design, FEM computing helps to model the behaviour of parts of the human body and medical implants. This is particularly important in orthopaedic applications such as prosthetic joints and bone repair plates, where materials need to withstand the loads imposed by the human body.
Hefmec’s Hefmec: Strengths in Structural Analysis and Manufacturing Engineering page provides more information on how we can help our customers apply FEM to medical design challenges.
Energy industry
In the energy industry, FEM is used to design blades for wind turbines and pressure vessels for nuclear power plants. The analysis helps ensure that these critical components can withstand decades of continuous stress and extreme conditions. At Hefmec, we offer ISO 9001 certified operations – quality design and implementation that assures our customers of the highest quality in energy industry projects.
The applications of FEM are wide and varied, spanning many industries. At Hefmec, we are proud to offer our expertise and services to help our customers use FEM efficiently and innovatively. Contact us to discuss how we can help with your project.
