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Finite Element Analysis (FEA)

Consists of modeling products and systems in a virtual environment, with the aim of finding and solving possible structural or performance problems (or existing problems). In this way, the aim is to predict how a product will react to different physical effects such as forces, vibration, fatigue, heat, movement, fluid flow, etc.

FEA is the practical application of the finite element method (FEM analysis), which is used to mathematically model and numerically solve complex structural, fluid and multiphysical problems. Finite element calculation can be used in a wide range of sectors, such as automotive, aeronautics, oil&gas.

At SDEA_Engineering Solutions we use Ansys as a regular work tool for analysis and simulation because it is industry oriented, as well as other similar commercial and non-commercial software.

FEA decomposes a real object into a large number of finite elements. Mathematical equations predict the behaviour of each element. A computer then adds together all the individual behaviours to predict the real behaviour of the object.

The subcategories we work with are:

Peak force vs Strouhal number

Vibrations Analysis

FEA SDEA_Engineering Solutions presents an ample portfolio of projects for a whole range of vibrations analysis, where we studied the behaviour of parts and structures

Pressure Vessel Design

Pressure Vessels

FEA Design by analysis is gradually overtaking the use of more traditional vessel design by rules in the pressure vessel industry. More demanding designs in


Design Assessment & Code Checking

FEA Numerical analysis of steel structures is being used increasingly to check and design these structures. SDEA_Engineering Solutions offers services regarding calculation of engineered structures


Electromagnetics & Induction Heating

FEA The team in SDEA_Engineering Solutions has significant experience in the multi-physics based simulation of induction heating processes for a range of industrial applications such


Fatigue Life Prediction

FEA Structures or assemblies might be subjected to static [typically pressure and thermal among environmental] and cyclic loading during service, accumulating irreversible damage due to

Thermal structural analysis

Thermal-Structural Analysis

FEA SDEA’s engineering team has broad experience optimizing heating systems and even doing the assessment of different heating technologies. From coupled FEA-CFD heat dissipation studies,


Bolted unions are well documented and restricted to industry standards, but our engineering team has faced special applications where that is not enough. Make up load loss by thermal cycling, fatigue failures or unconventional loading outside the supplier’s guaranties are common scenarios where we can provide fast and accurate answers.
Infrastructures FEA


SDEA is currently supporting design processes involving civil engineering. This is a very demanding industry in terms of safety and reliability where the use of advanced engineering techniques like FEA combined with mandatory standards potentially lead to optimal, safe and efficient designs.