Ansys Jobs

We are looking for a specialist in electromagnetic systems modeling. With real-world experience modeling magnet lead screws, please include an example of your MLS modeling in your proposal.

I am developing a set of brand-new mechanical components in SolidWorks and need a specialist who can take those fresh CAD models straight into Ansys Workbench for detailed structural analysis. The task is to validate strength, identify critical stress regions, and suggest geometry or material tweaks before we freeze the design. You will receive the native SolidWorks files (latest version) plus basic load and boundary conditions. From there, I expect you to: • build a clean finite-element model in Ansys, • run linear static simulations under the supplied loads, • iterate if weak spots appear and propose design changes inside SolidWorks, and • deliver a concise PDF report with screenshots of mesh quality, contour plots, reaction summaries, and your design recommen...

I need sixteen individual surface-textured pipe models prepared for direct use in Ansys Fluent. Each pipe must follow written dimensions that I will supply (no drawings), and the internal wall carries elliptical dimples arranged in series with varying heights. For every geometry, I require: • A clean, watertight .iges file of the pipe. • A Fluent-ready mesh whose first boundary-layer height is exactly 0.002 mm, overall aspect ratio stays below 20, and global element sizing is fine enough for accurate near-wall resolution. Please keep the workflow consistent across all sixteen cases so I can run comparative CFD studies without additional cleanup. I will check mesh statistics in Fluent; any cell group exceeding the aspect-ratio limit or breaking continuity will need revision. ...

What the project is A comparative structural impact study of three lightweight occupant-cell concepts for a small side by side 2 seater urban vehicle: 1. Tubular frame (aluminium) 2. Monocoque frame (preferably carbon or maybe polyurethane like foam filled stuff) 3. Hybrid redesign based on the weaknesses found in 1 and 2 The occupants are side-by-side in every case. The impact speed is 28 mph (45 km/h) in every case. The impact conditions are: • frontal impact • side impact The purpose is to find which concept gives the best occupant protection for a lightweight design.

Only Ontario, Canada licensed engineers need to apply. We are seeking a qualified mechanical, structural, or industrial engineer to design lifting lugs for a DeScaler box. The ideal candidate will have experience in creating safe and efficient lifting lug designs that align with Canadian industrial standards. Your expertise will be crucial to ensure the lifting lugs meet all necessary specifications and safety regulations. Candidates should be detail-oriented and capable of providing innovative solutions. Candidate should be familiar with Canadian standards and weld specifications and have done previous similar jobs. Should be familiar with solid works, Ansys, AutoCad and must be a PEO. If you have a solid background in engineering design, we would love to hear from you! Only Canadian/ US...

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