FEM Calculations
We specialise in advanced Finite Element Method (FEM) analyses, which form the basis of modern design. This method enables precise simulation of the behaviour of complex structures, which is crucial for design optimisation and verification. All analyses are performed in accordance with standards and good engineering practice, guaranteeing the highest quality and reliability of results.
Thanks to our extensive experience in analysing structures made of various materials (metals, composites, plastics), we can handle the most demanding computational tasks. Using professional Ansys Mechanical software, we also support R&D projects, combining theoretical knowledge with a practical approach to innovation.
Static calculations
- We perform FEM static analyses of structures, from linear calculations to simulations including geometric and material nonlinearities.
- Our FEM calculations determine stress distribution, deformations and displacements, which helps identify critical areas of the structure.
- Using appropriate material models, we analyse the behaviour of metals, plastics and composites under the expected operating loads.
Rotor FEM Analysis
FEM analysis of the enclosure
FEM Analysis of Heat Exchanger Casing
Heating calculations
- We specialise in FEM thermal analyses for steady‑state and transient conditions, which allow modelling of heat transfer in complex structures.
- Our calculations can include contact resistance, variable heat transfer coefficients and simplified flow models to keep a balance between accuracy and computational cost.
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See how we can help your team work faster, without risk or expense.
FEM Thermal Analysis of Heat Exchanger
Dynamic calculations
- We perform advanced dynamic FEM analyses, including explicit analyses, which are necessary for modelling rapidly changing and crash phenomena.
- Our calculations enable the simulation of structural behaviour under dynamic loads, collisions and technological processes occurring in a short period of time
- We use specialised Ansys and OpenRadioss software, which allows for the effective modelling of complex dynamic phenomena, taking into account large deformations, contact and non-linear material properties
Modal and harmonic calculations
- We perform FEM modal analyses to identify natural frequencies and mode shapes of structures.
- We also carry out harmonic and random vibration analyses to assess the response of structures to periodic and stochastic excitation.
- These calculations are used in the design of structures exposed to vibrations to avoid resonance and to estimate fatigue life under cyclic loads.
Analysis of the Locomotive's Support
Vehicle Frame Analysis
Tank Support Analysis
How can your team benefit from working with CIM-mes?
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We work as a partner, not a supplier
We assess each project individually. Together with the customer, we select the optimal solution. In the event of a negative result, we work together until the design meets all requirements! -
100+ reports approved by notified bodies
Our reports have been positively evaluated by notified bodies and customers – without corrections, in accordance with requirements. -
Comprehensive expertise
from standard calculations to advanced FEM analyses, including fatigue and stability. -
Cost optimisation
our analyses enable you to reduce material costs and avoid complaints. -
We operate in accordance with ISO 9001
We guarantee the highest standards of service and repeatability of calculations.
FEM analysis expert
Where innovation meets engineering
Arrange a free consultation with our FEM analysis experts.