Finite Element Analysis Engineer
We're Licensed in 48 states
Get an Estimate
Moving Your FEA Project Forward
Design Services
Wind Analysis of Temporary Structures
We provide detailed wind analysis to ensure that temporary structures are designed to withstand environmental stresses.
Analyze Existing Structures for Construction Loading
Our design analyses ensure that existing structures can safely support the necessary loads during construction activities.
Custom Steel Design of Temporary Structures
We create custom designs for temporary steel structures, optimizing strength and functionality.
Testimonials
What Our Customers Say
Innovation. Flexibility. Speed.
Our Work
From the Experts at SEI
Finite Element Analysis FAQs
01. What is finite element analysis?
Finite Element Analysis (FEA) is a computational method used to analyze and simulate the behavior of structures and materials under various physical conditions. It divides a complex object into smaller, manageable parts (elements) and uses mathematical equations to predict how each element will respond to external forces, temperature changes, and other factors.
02. What is FEA used for in engineering?
FEA is used in engineering to model and analyze the strength, stability, and behavior of structures and components under real-world conditions. It helps engineers predict how materials and designs will perform, ensuring they meet safety, performance, and durability standards. FEA is widely used in fields like mechanical, civil, aerospace, and structural engineering for tasks such as stress analysis, heat transfer, and vibration analysis.
03. What is an example of a finite element analysis?
A great example of finite element analysis is the simulation of a bridge’s response to traffic loads. By dividing the bridge into smaller elements, engineers can assess how different parts of the structure will behave under varying loads, temperature changes, and environmental conditions. This allows for identifying potential weak points and optimizing the design for safety and efficiency before construction begins.