Finite Element Analysis : Value, Benefits and Succes Story
What is Finite Element Analysis (FEA) ?
FEA is an advanced method to approximate a discrete or continuous physical system (governed by differential equations) which consists of a subdivision of the physical domain called finite element.
Why are FEA simulations interesting ?
The objective of a FEA simulation is to better understand the cause and effect of forces applied to a system. A FEA simulation performs complex engineering calculations respecting common laws of physics, including:
- Mass conservation
- Quantity of movement conservation
- Energy conservation
- Entropy law
- And even more…
“FEA is the new essential analysis and conception tool for engineers.”
FEA provides a various range of data that can be determined by the engineer, such as :
- Stresses
- Strains
- Displacement
- Energy
- Thermal
- And more…
How to benefit from a FEA simulation ?
Better understanding the cause and effect of forces also means you can predict when and how the system will fail. Finite element analysis can be used as a cost-effective solution to reduce the cost of maintenance. FEA simulations can provide information about old systems, be used to determine if the system can still be in service or which parts need to be repaired.
Why choose Nucleom for FEA services ?
At Nucleom, we place great importance on accuracy and precision. Our FEA services are combined with all of our NDT and 3D scanning solutions to increase the precision of simulations. By using NDT and 3D scanning technologies, we can recreate the exact plans and models of the system, which increases the accuracy of our results.
Success story
Nucleom was able to provide information on the minimum thickness for a pressure vessel. The pressure vessel was in poor condition and needed to be replaced. Using FEA, Nucleom was able to determine a new minimum thickness for the exact pressure required using NDT inspections and 3D scans. We improved our precision with our equipment and confirmed the safety of the repaired vessel. Nucleom successfully managed to save the client money and repair the vessel.
“FEA is an cost-effective solution to complex engineering problems. It is used to better understand the forces and deformations of a system to predict what the system can withstand.”
WRITTEN BY TRISTAN THIBAULT
Tristan Thibault is highly involved in mechanical simulation projects and has developed his simulation skills during his undergraduate studies in physical engineering. Currently, he is pursuing a master’s degree in mechanical engineering to further enhance his expertise in this field. Tristan has also gained significant experience and expertise in various projects at Nucleom. He has an advanced understanding of finite element analysis methods, which allows him to effectively contribute to the successful completion of mechanical simulation projects. With his extensive knowledge and experience, Tristan is dedicated to making a positive impact in the field of mechanical engineering by applying his skills to solve complex problems and contribute to innovative solutions.
About us
Nucleom, a Canadian NDE company founded in the province of Quebec, has been extensively involved in non-destructive examination services in Canada and internationally since 2010. A combination of site experience and NDE tool design know-how gives Nucleom an in-depth perspective of on-site challenges for the NDE system operation. Nucleom’s expertise extends into areas of NDE tool development, tool integration and site inspection campaign execution. Nucleom now has offices in Quebec (Quebec City/Montreal), Ontario (Whitby/Kincardine) and Alberta (Edmonton).