Advanced numerical analyses – linear and nonlinear FEM

Advanced numerical analyses in the strength range allow for detailed analyses of construction details, verification of adopted design solutions, assessment of stress and deformation distribution of the structure, analysis of stiffness of elements and nodes and many others. Where in-depth analysis is necessary, the design solution is unusual or complicated – there advanced FEM analysis allows for precise selection and assessment of construction solutions.

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+48 608 539 911

Advanced numerical analyses

In the strength range, they allow for detailed analyses of structural details, verification of adopted design solutions, assessment of stress and deformation distribution of the structure, analysis of stiffness of elements and nodes and many others. Where in-depth analysis is necessary, the design solution is unusual or complicated - there advanced FEM analysis allows for precise selection and assessment of structural solutions.

Scope of services:

  • Linear and non-linear static analyses of elements in bar, shell and volumetric models
  • Simulations of plasticization and stability
  • Modeling of contacts, friction and clearances
  • Verification of failures of structures and elements
  • Optimization of the shape and geometry of the structure

Nonlinear analyses

We perform them using the FEMAP program, which is based on the NASTRAN solver. We perform linear and nonlinear analyses depending on the needs. Nonlinear analyses include geometric features (large deformations) or material features (plasticity), contact issues and stability. This allows for verification of the load-bearing capacity and safety of complex structural systems, also in emergency conditions. The effect of nonlinear analyses are static equilibrium paths, which allow for precise viewing, understanding and assessment of the way the structure works and the form of exhaustion of the load-bearing capacity of the analyzed elements. The possibility of implementing imperfections in the model allows us to perform a full GMNIA analysis.

Contact us

Call us to get more information or discuss the details

+48 608 539 911

    Informacja UE

    Carbonpro sp. z o.o. is implementing the project "Participation in the Concordia Design Accelerator acceleration program under the B2B/B2A/Investor track" as part of the project entitled "Concordia Design Accelerator – We turn ideas into human profit" and the Startup Booster Poland – Smart Up program under the European Funds for Modern Economy program.

    Project objective: Validation of results obtained using the CFD method using experimental wind tunnel testing.

    Funding: PLN 379,072.36