Finite Element Analysis Jobs

I am developing a new automatic gearbox specifically for a motorcycle platform and need a complete concept-to-prototype package. The priorities are clear: the unit must squeeze every kilometre out of a litre of fuel while still delivering snappy, high-performance shifts that suit spirited riding. Scope of work I already have the engine characteristics and mounting envelope; what I need from you is the full transmission architecture: gear train selection, clutch strategy, shift logic and lubrication layout. Packaging within typical motorcycle width constraints is essential, and the final design should accommodate standard production materials and processes so that moving to tooling is straightforward. Key technical expectations • Optimised gear ratios and control strategy that ba...

ANSYS Composite Laminate FEA – Limited-Budget Research Assistance I am looking for an ANSYS specialist or postgraduate researcher experienced in composite materials to perform a comparative finite element analysis of two carbon/epoxy composite laminates. Laminate specifications Plate dimensions: 200 mm × 100 mm Material: Carbon/Epoxy Number of plies: 8 Individual ply thickness: 0.2 mm Total thickness: 1.6 mm Density: 1600 kg/m³ Laminate A: [0/30/60/90]s Laminate B: [0/45/−45/90]s Material properties Longitudinal Young's modulus, E1 = 230 GPa Transverse Young's modulus, E2 = 23 GPa In-plane shear modulus, G12 = 9 GPa Through-thickness shear modulus, G23 = 8 GPa Major Poisson's ratio, ν12 = 0.2 Please identify any additional material properties ...

I need a full finite-element simulation of an aluminium expansion joint cover carried out in Autodesk Inventor. My main objective is to see how stresses are distributed through the part once the service loads and boundary supports are applied. I will send you the Inventor 3D model together with load cases and constraints. You will set up the study, solve it, and return both the working Inventor files (.ipt/.iam plus the .results set-up) and a short, illustrated PDF that walks through material definition, mesh strategy, boundary conditions, and the final von Mises stress plots. Highlight any hot spots, quote max/min values, and include brief design-improvement notes if the results suggest them. Acceptance criteria: • Mesh-convergence check included and documented • Critical ...

Hi, I am looking for a qualified mechanical or composites engineer to help reverse engineer a 3D scan of a fixed-back carbon-fiber bucket seat and develop a structurally validated, production-ready design. The goal is to create an accurate, editable CAD model and evaluate the seat’s structural strength using appropriate engineering software, such as finite element analysis (FEA), before committing to production tooling. Please provide a proposal covering the following scope of work: Review of the 3D scan data and assessment of its quality, accuracy, and suitability for reverse engineering. Conversion of the scan into clean, editable, parametric 3D CAD geometry. Reconstruction of the seat shell, mounting interfaces, brackets, inserts, and other relevant structural features. Creat...

I need a full finite-element structural analysis carried out on a set of steel beams that form part of a larger frame. I will provide the beam geometry, connection details, load cases and boundary conditions; your task is to build an accurate model, run the simulations and translate the results into clear engineering conclusions. The objectives are straightforward: verify stresses, deflections and safety factors under the specified service loads, identify any areas approaching yield, and recommend stiffening or section changes if required. I am open to whichever mainstream solver you prefer—ANSYS, Abaqus, SolidWorks Simulation, etc.—as long as the mesh is properly converged and the material model reflects standard structural-steel properties (E = 200 GPa, fy = 250 MPa unless o...

I have already defined the geometry for a rotary friction welding set-up that includes a copper interlayer, and now I need the transient, coupled-field solution completed and fully validated. The goal is to capture temperature rise, heat generation, contact behaviour, axial shortening and the rotary kinematics in a single run so I can compare every output curve directly with our experimental data. Scope of work • Build or refine the Workbench model (Coupled-Field Transient) so it accepts both thermal and mechanical material properties for the two shafts and the copper interlayer. • Apply the boundary condition I use in the rig: shaft-A is kept movable while shaft-B follows the same “stationary” constraint noted in my current set-up (I will clarify the exact rot...

**Project Description for Freelancer.com** --- **Title:** ANSYS Structural Engineer – Steel Structure Replacement Design & Analysis **Description:** We need an experienced **ANSYS Structural Engineer** for a steel structure replacement project. we are Looking for local freelancers in India (preferably Gujarat / Surat region). **Scope of Work:** - Study the existing steel structure drawings and site conditions - Design a new replacement steel structure - Perform structural analysis and design verification using **ANSYS** - Check member sizes, connections, and overall stability as per relevant codes (IS 800 / AISC / Eurocode – as applicable) - Prepare analysis reports, design calculations, and drawings - Suggest optimized and economical steel sections **Requirements:*...

We are a Venezuelan engineering company developing an electric immersion heater for extra-heavy crude oil (tubular sheathed elements, U-shaped hairpins, in an ASME VIII pressure vessel). The thermal design is already done. We need an experienced heat-transfer / process engineer to REVIEW it and give an independent opinion — not to design from scratch. ▎ ▎ Service: ▎ - Crude: ~8 °API (Orinoco Belt), highly viscous, with 20–50 % emulsified water ▎ - Heating 70 → 85 °C, line pressure ~4.5 barg (design 10 barg / 200 °C) ▎ - Two models: 100 bbl/d (~9.5 kW) and 600 bbl/d (~53 kW) ▎ - Incoloy 825 sheath, Ø 0.475", no baffles (natural convection dominated) ▎ ▎ Questions to answer: ▎ 1. Is a watt density of ~1.5–1.7 W/in² reasonable for this servi...

Phase 1 only: 30–60 minute preliminary mechanical review of my patented tripod vehicle jack concept called StepJack. I need a mechanical engineer or prototype engineer to look at one concept image and the written description, then identify the top load-path risks, manufacturability concerns, and next prototype steps. StepJack is a foot-operated 120° three-leg tripod vehicle jack intended to lift one vehicle corner for roadside tire service, similar to an OEM scissor jack, but with less hand cranking and less kneeling. The design includes a true three-leg tripod base, rear leg opposite the foot pedal, Acme screw lift, ratchet-and-pawl foot pedal drive, U-channel pinch-weld saddle, anti-spread struts, and compact central hub. It may also include an optional piston/hydraulic assi...

I’m redeveloping an under-utilised site into a vibrant mixed-use destination that blends residential, commercial and recreational facilities. The project hinges on an AI-first workflow: automated design processes will turn raw data into test-fit layouts and concept schemes so early decisions are informed, fast and defensible. Scope The datasets on hand span demographic shifts, live market-trend feeds and detailed environmental-impact studies. They will drive the generation of multiple design iterations—parametric massing, unit mixes, daylight and energy simulations—until we converge on a concept that balances density, livability and sustainability across homes, retail and leisure spaces. Key activities • Ingest and clean the three data streams, exposing actiona...

I’m falling behind in my Structural 3 course and need a reliable expert to take charge of both the weekly homework sets and the two upcoming online exams. The homework always revolves around stress analysis, structural dynamics, and the finite element method. I will forward each problem set as soon as it’s released; you work through every step, show all derivations and calculations, and return a clean, easy-to-read handwritten scan (PDF). For the exams, I’ll notify you of the exact time window in advance. Once I send the questions, you’ll solve them in real time and send back a scanned PDF of your handwritten work before the clock runs out. Accuracy, clear notation, and consistency with course conventions are critical, but you’re free to use tools such as M...

I'm looking for a skilled structural engineer to design a shear connection between two steel beams. The connection must support vertical loads and comply with AISC standards. Requirements: - Design a shear connection - Support vertical loads - Comply with AISC standards Ideal Skills and Experience: - Expertise in structural steel design - Familiarity with AISC codes and standards - Experience with shear connections and load calculations Please provide relevant work experience and examples of similar projects.

I am looking for an experienced building energy simulation specialist to support my PhD research on improving building thermal efficiency using lattice-based panels. The project will involve developing and simulating building models using IESVE software, evaluating energy performance under general climatic and geographic conditions, and conducting a comparative cost analysis. The ideal freelancer should have expertise in IESVE, building energy modelling, thermal performance analysis, and energy-efficient building design. Experience with academic research and data visualization is highly desirable. Please share your relevant experience, previous IESVE projects, and estimated timeline and budget.

I need assistance with a university structural engineering project involving analysis of a simply supported reinforced-concrete beam using SPACE GASS. The final work is approximately 1,800 words-equivalent, including about 1,000 to 1,300 words of technical report writing plus calculations, equations, tables, screenshots and software modelling.

This project strictly requires hands-on prototyping, including physical assembly and testing—design-only services will not be considered I already have detailed winding diagrams, coil counts, wire gauges, and a full wiring schematic for three compact electromagnets—each under 10 cm in any direction. Your task is to turn these drawings into a tangible proof-of-concept and ship it to me. The magnets will sit in a custom harness. I’m leaning toward a light alloy or other metal solution, but I’m open to your recommendations once you see the design constraints. All electronic components, fasteners, and raw materials will be reimbursed at cost; please keep receipts. Power can come from batteries, a small AC supply, or a rechargeable pack—I’m happy with which...

I have nine storage tanks currently certified for 21.5 PPG drilling mud. I now need an engineering review to confirm whether they can safely handle a 22 PPG mud weight. What I will supply • The latest GA drawings with full dimensions for all nine tanks. • Notes on current operating practices and fluid levels. Scope of your evaluation The main objective is to verify structural integrity at the higher density. No formal ASME or API stamp is required at this stage, but please apply recognised best-practice methods and cite the codes or factors of safety you use. Key tasks 1. Analyse wall, roof and support stresses under the increased specific gravity. 2. Identify any weak points or failure modes related to welds, nozzles, baffles or supports. 3. Highlight additional d...