Hire the Best FEA simulations Freelancers
in Turkey

Be interested in CAD, CAE ,CFD, structural analyses, finite elements methods. I can draw model parts and flow volumes. Also I can analyse them. I'm experienced in Solidworks, Matlab, Spaceclaim and ANSYS Fluent. Could be helpful in your engineering projects.

I am a Structural Engineer specializing in finite element analysis, structural verification, and mechanical design for aerospace and defense applications. My experience includes developing and validating finite element models for complex mechanical systems using Ansys and Nastran. I have performed structural assessments under static, modal, shock, vibration, harmonic, random vibration, fatigue, and nonlinear loading conditions while supporting engineering design decisions and product validation. My expertise includes: • Finite Element Analysis (FEA) • Structural Analysis & Design Validation • Static, Modal & Buckling Analysis • Shock, Harmonic & Random Vibration Analysis • Linear & Nonlinear Analysis • Contact & Bolted Joint Analysis • Composite Structures • CAD Geometry Cleanup & Idealization • Engineering Reports & Technical Documentation Software: • ANSYS Mechanical • Nastran • Autodesk AutoCAD • Autodesk Inventor • Solidworks • MATLAB I am also the author of a peer-reviewed engineering publication in the field of structural dynamics and have experience supporting engineering projects requiring high standards of accuracy, verification, and technical reporting. Due to confidentiality agreements, details of defense-related projects cannot be publicly disclosed. However, I am committed to delivering reliable, accurate, and professional engineering solutions for every project. Let's discuss how I can help solve your structural analysis and mechanical engineering challenges.

I am a Top-Rated Plus Mechanical Engineer with over 4,000 hours and a 100% Job Success Score on Upwork, specializing in Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and Multiphysics simulation. My expertise lies in delivering technically rigorous, high-fidelity simulations for complex engineering challenges across various physical domains using fully licensed commercial tools: Siemens Simcenter STAR-CCM+, COMSOL Multiphysics, ANSYS, and MATLAB. I bridge the gap between deep mathematical modeling and real-world application, having successfully implemented diverse projects ranging from electrohydrodynamic propulsion and CO2 electrolyzers to structural load analysis for steel joints. Beyond simulation, I provide comprehensive mechanical design services with a focus on Design for Manufacturing (DFM) and rapid prototyping. Using SOLIDWORKS, I guide clients through the entire product development lifecycle-from early-stage conceptualization and CAD design to detailed engineering for mass production. I balance theoretical performance with practical constraints such as material selection, CNC machining, and injection molding to optimize for assembly efficiency and cost. A core strength of my process is linking high-level simulation with strategic decision-making by developing customized, automated workflows. I often integrate MATLAB with COMSOL via LiveLink to perform sensitivity analyses and reduce design uncertainty, accelerating overall development timelines. Whether you are refining a thermally managed enclosure or designing a specialized medical component like an anti-siphon valve, I am committed to delivering precision-engineered solutions that transform concepts into high-quality, real-world products.

Aerospace Engineering graduate from Middle East Technical University (METU) with practical experience in flight control, aerodynamics simulations, and FEA. Interned in GNC and CFD roles, working in support of high-fidelity modeling and stability analysis. Coordinated technical projects for Kiel-type probes and turbine vane aerodynamics. Skilled in MATLAB, Simulink, Ansys (Fluent, CFX, ICEM), Siemens NX, and Patran-Nastran. Also served as President of METU's International Students Association, building an international community inclusive of everyone. Currently pursuing Masters Program in Aerospace engineering with specializations in computational aerodynamics and structures, and numerical code development.

Mechanical Engineer | 8+ years FEA experience (automotive & energy systems) Technical Capabilities: Linear & nonlinear static, dynamic, vibration, and fatigue simulations Composite modeling: ANSYS ACP (layup, draping), Abaqus + WoundSim (COPV) Weld & HAZ durability: fatigue life prediction, fracture risk assessment, test correlation Dynamic durability: PSD creation, road-load and shaker-table simulations, vibration response analysis Crashworthiness: LS-DYNA simulations for impact, energy absorption, and occupant safety Structural systems: chassis, subframes, suspensions, pressure vessels, safety-critical mounts Manufacturing effects: bending, forming, thermal exposure impact on durability Software: ANSYS Workbench/APDL, Abaqus, HyperMesh, LS-DYNA, CATIA V5 (with macro automation), Enovia PLM Proven record of simulation–test correlation, structural optimization, and compliance with international standards (UNECE R55, R66, R107; FMVSS).

I am an aerospace engineer specializing in structural design, analysis, and propulsion systems. With a bachelor's degree in Aeronautical Engineering and ongoing master's studies, I possess a robust technical foundation in aircraft performance, aerodynamics, and gas turbine engine modeling. In my recent role as a researcher, I conducted in-depth analyses and contributed to innovative aerospace projects, applying my expertise in finite element analysis and performance evaluation. My goal is to add significant value to engineering processes by leveraging my skills to enhance project outcomes. If you're seeking a dedicated engineer who can tackle complex challenges and deliver precise results, I would love to collaborate on your aerospace endeavors.