I will perform ansys fea for composite beams, structural analysis, stress deflection

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alex_structuree
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alex_structuree
Alex

About this gig

Are you looking for accurate and professional Finite Element Analysis (FEA) of your structural components using ANSYS?


I specialize in advanced structural simulations, including composite beams (steel encased in reinforced concrete), delivering precise and engineering-grade results suitable for real-world applications, reports, and approvals.


What I can analyze:

  • Composite beams (steel + reinforced concrete)
  • Structural beam systems (single or continuous spans)
  • Static and nonlinear structural behavior
  • Load conditions (point loads, distributed loads, real project data)


What you will get:

  • Deflection results (including midspan displacement)
  • Stress analysis (bending stress, shear stress)
  • Shear force and bending moment outputs
  • Load at first crack (nonlinear concrete behavior)
  • Load at failure (yielding/crushing criteria)


Deliverables:

  • Geometry screenshots from ANSYS
  • Meshed model visuals
  • Result plots (deformation, stress, etc.)
  • Load vs deflection curves (if required)
  • Full professional report (Word/PDF ready for submission)


Why choose me?

  • Engineering-focused approach (not generic simulation)
  • Clear assumptions and validated methodology
  • Fast communication and revisions support


Delivery style preference

Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.

Get to know Alex

Alex

Structural and FEA Analyst

  • FromUnited States
  • Member sinceApr 2026
  • Avg. response time3 hours
  • Languages

    English, Spanish
I am a structural and FEA analyst specializing in ANSYS simulations for engineering applications. I help clients analyze beams, frames, and composite structures with accuracy and clarity, providing results that go beyond basic simulations. My work focuses on real engineering behavior, including stress distribution, deflection, and nonlinear effects such as cracking and failure in materials like reinforced concrete and structural steel. I prioritize accuracy, transparency in assumptions, and clear communication to ensure every project meets engineering standards. Feel free to contact me!

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