Finite Element Analysis Jobs

I am looking for a skilled FEA (Finite Element Analysis) Engineer to perform a structural comparative study between two variants of a van's rear body structure. The main objective is to verify that both designs exhibit similar deformation and Von Mises stress levels under three different load cases. Inputs Provided: Model A (Baseline): Half-body CAD model of the van's rear structure (as shown in the attached image), prepared for symmetric mirroring. Model B (Reinforced): The same body structure but including two upper joining ribs and additional reinforcements. Software Requirements: ANSYS Mechanical (Version 2024 R2 or lower). Note: Delivery of the native archive file (.wbpz or project folder) is mandatory. Scope of Work: Geometry & Meshing: A...

I'm seeking an experienced FEA engineer to perform dynamic analysis on an Autonomous Maherial Handling Vehicle chassis for 100 Tons load capacity, with a focus on fatigue analysis. Key Requirements: - Conduct dynamic analysis to evaluate fatigue. - Provide detailed reports on findings. - Recommend design improvements based on analysis. Ideal Skills and Experience: - Expertise in FEA software (ANSYS, Abaqus, etc.) - Strong background in automotive engineering. - Experience with dynamic and fatigue analysis. - Excellent analytical and reporting skills.

I need a static structural analysis of an antenna using Ansys FEM. Ideal Skills: - Proficiency in Ansys FEM - Experience with static structural analysis - Background in mechanical engineering or related field - We need analysis of the Antenna Structural stability against wind load of 45 km/Hr. No need of Stress etc. analysis. Please provide previous work examples.

I’m developing a carbon-fiber co-axial hexacopter and need a complete 3D CAD model of the main frame together with matching landing gear. Alongside the geometry, I also want full structural verification: stress, vibration and fatigue analyses that clearly demonstrate the design’s safety margins. The frame/structure should be able to sustain 125kg MTOW (maximum take off weight) or 100Kg payload. It should also be able to sutain 3-4g crash pressure so it does not break on soft crash or hard landing. Here’s how I picture the workflow: once the overall layout is agreed, you’ll create the solid and sheet-like components, define realistic laminate schedules for the carbon parts, assign representative fasteners and joints, then run finite element simulations to expose pea...

I am developing a therapeutic, aesthetic-and-wellness hyperbaric oxygen chamber and need an experienced medical-equipment engineer to guide the project from concept refinement through to production readiness. You will take my preliminary sketches and performance targets and turn them into a complete, manufacturable design while keeping patient safety, ergonomic ease of use, and international regulatory requirements front and centre. A solid grasp of pressure-vessel design, materials compatible with high-pressure oxygen environments, and standards such as ASME PVHO, ISO 13485, and, ideally, both FDA 510(k) and EU MDR pathways is essential. Key deliverables • Detailed mechanical and systems drawings (CAD) suitable for prototype fabrication • Finite element and safety fact...

I need specialized mining machines for setting up data center infrastructure. Requirements: - Supply of excavators, drill rigs, and loaders - Machines must be suitable for mineral extraction - Ability to transport materials efficiently - Experience in mining operations and machinery handling Ideal Skills and Experience: - Background in mining operations - Familiarity with data center requirements - Mechanical expertise in handling heavy machinery - Strong logistics and transport coordination skills Please provide a detailed plan, including timelines and cost estimates.

I need a complete design package for an industrial-grade piece of manufacturing equipment whose sole purpose is precision cutting. The project starts at the concept stage and must finish with production-ready documentation. Scope of work • Translate my performance goals and space constraints into a robust cutting-machine concept. • Develop fully detailed 3D CAD models (SolidWorks/Creo/Inventor/NX) with clear part numbering and assembly hierarchy. • Run basic FEA checks on the high-stress components to confirm structural integrity before sign-off. ( Ansys Rocky) (High Importance) • Produce fabrication drawings, GD&T annotations, and an itemised bill of materials ready for quotation by suppliers. • Integrate safety guarding and maintenance access in li...

I need a COMSOL Multiphysics model of a high-frequency transformer that couples the electromagnetic and thermal physics so I can focus on thermal stress impacts. The goal is to see exactly where mechanical strain develops inside the core, windings, and insulation as temperatures rise during high-frequency operation. You’ll start from the transformer’s geometric and material data (I’ll supply those) and build a 3-D electro-thermal study that includes frequency-dependent copper and core losses, convection or forced-air boundaries, and, ideally, a transient run that tracks hot-spot evolution. Once the temperature field is solved, the model should translate that field into the corresponding thermal-induced stresses so I can compare stress levels against material limits. Bec...

I have a set of completed Abaqus simulations and now need a sharp, data-driven interpretation of the results. The focus is purely on post-processing: extracting the stress and strain fields from the ODB files, turning them into clear visuals and metrics, and explaining what they mean for the structural stability of the frames I am studying. Here are the exact result areas that must be covered: • Maximum stress points • Stress distribution over time (load increments / steps) • Comparative analysis between different simulations • Displacement fields • Any additional indicators that speak to overall frame stability I expect plots (contours, XY curves) and a concise written discussion that pinpoints critical regions, quantifies safety margins, and compares ...

I'm seeking an experienced designer to create brackets and actuators that will both support structural loads and control motion. The load capacity is medium, and the preferred materials are aluminum alloy or steel. Key requirements: - Design brackets for actuators for medium load capacity - Ensure designs are suitable for both structural support and motion control - Use of aluminum alloy or steel materials - Conduct load analysis to validate designs Ideal skills and experience: - Proficiency in mechanical design and load analysis - Strong background in using aluminum alloys and steel in designs - Experience with motion control systems - Design on 3DS / Simulia for load or similar software - Time estimation 24 hrs of work - 3 days to complete - Generate full report and transfer all ...

I need a detailed comparison of Eurocode steel fire design with finite element analysis (FEA) using ANSYS, focusing on thermal response for steel beams. Key Requirements: - Use ANSYS for FEA - Compare Eurocode and FEA results - Focus on thermal response of beams - Technical report documenting findings Ideal Skills: - Proficiency in ANSYS - Strong understanding of steel fire design and Eurocode - Experience with thermal response analysis

Integrated in D5 Render, with car animations...

I already have my geometry ready and I now need it set up, meshed, and solved entirely in either PrePoMax or Mecway—whichever you are most comfortable with. Once you receive the model, please build the analysis from start to finish: define the contacts, choose appropriate element types, apply realistic loads and boundary conditions, and run the solver until stable, converged results are obtained. I will share further details about the operating environment, objectives, and any material data once we start so you can tailor the setup accordingly. What matters to me is that the project file can be opened and rerun on my side without modification, and that I receive a concise report summarising assumptions, key plots, and numerical results. Deliverables: • Native PrePoMax or Mec...

I need a Design Engineer to create a 49,000lt aluminium fuel tanker for the South African market. The design must comply with South African National Standards (SANS). Key Requirements: - Proficiency in CREO PTC or Solidworks - Ability to perform Finite Element Analysis (FEA) on the completed design - Understanding of design legislation Ideal Skills: - Experience in designing fuel tankers or similar heavy-duty vehicles - Strong knowledge of SANS regulations - Engineering degree or equivalent experience Please provide a portfolio showcasing relevant projects.

I need help turning our data-centre concept into a fully functioning Bentley iTwin digital twin, with an emphasis on simulation and modelling. The goal is to capture the entire life-cycle—from chip placement right through to deployment and ongoing operations—and then run detailed environmental simulations on that virtual model. Here’s what I expect: • A clean iTwin setup that accurately mirrors our proposed data-centre layout, equipment stacks, power and cooling paths. • Environmental simulation scenarios that let us test heat distribution, airflow, energy consumption and failure contingencies before we build anything in the real world. • Clear, repeatable workflows so my internal team can update the model as designs evolve. • A concise report ...

I need a custom dunnage block engineered that can live permanently in coolant without swelling, cracking, or softening and still support up to 90,000 lb. The footprint has to stay close to 2 ft × 4 ft so it drops straight into our existing material-handling cradles. Material preference: molded or machined Polypropylene for the main body. I chose PP because we have long exposure to water-soluble and straight-oil coolants; HDPE swells a bit for us and PVC is too brittle. Internally, I want a hollow-section design to shave unnecessary weight and cost while keeping the outer walls thick enough to handle the compressive load. On the underside I need bonded or mechanically-locked strips of Nitrile rubber so the block will not skate around on steel skids or machine tables when a forklift ...