Finite Element Analysis Jobs

I am working through Eleation’s HyperWorks course and have 50 pending assignments that must be wrapped up as quickly as possible. Each task follows the standard Eleation template—import the part, create a clean mesh, apply the given boundary conditions, run the required solver (primarily OptiStruct and Radioss), then export results and brief observations. Because this is purely for my personal up-skilling, accuracy and clear step-by-step files matter more than polished presentation. If you have solid, hands-on experience with Altair HyperMesh, HyperView, OptiStruct and Radioss, you should find the workload straightforward; please highlight that experience in your bid. Deliverables • Fully solved model files for all 50 assignments (native .hm, .fem, solver decks) ...

I have designed a device consisting of several discs mounted on a horizontal shaft. The complete assembly rotates slowly while partially/substantially immersed in water. I am looking for an engineer experienced in mechanical FEA / shaft design to evaluate the current design and help optimize a new lightweight shaft. Phase 1 – Analysis of the existing shaft The current shaft is made of stainless steel. The objective is to simulate and determine: - Shaft deflection under the weight of the discs and other components - Stresses caused by bending and motor torque - Combined bending + torsional stresses - Shaft deformation and safety factor during normal steady-state operation - Loads and stresses during motor start-up and stopping, including maximum transient torque The simulation s...

I have already built and run a three-ramp scramjet inlet with an isolator in ANSYS Fluent for a freestream Mach of 6.8 at 300 K. The geometry and test conditions follow the reference study you will find here: https://www.mediafire.com/file/114w1th29a8pqyf/Impact+of+wall+cooling+on+the+stability+and+aerothermodynamic+performance+of+a+scramjet+ Although the solution reaches convergence, the peak coefficient of pressure is roughly 30 % lower than the paper reports, and the mass-flow prediction drifts in the same range. I am using the density-based solver, ideal-gas properties, and the SST-Transition turbulence model; wall cooling is included exactly as described in the article. Mesh quality looks acceptable on standard checks, yet the mismatch persists. What I need from you is a focused s...

I need a mechanical engineer who can focus purely on the thermal behaviour of a new component I am developing. The task centres on accurate heat-transfer evaluation: identifying hotspots, quantifying temperature gradients and recommending design tweaks that will keep the part within its allowable temperature limits under real-world operating conditions. I am flexible on the software you use—as long as the results are transparent, reproducible and supported by clear documentation, whether that is a full simulation report, hand calculations or a concise mix of both. Deliverables I expect: • A brief overview of the assumptions, boundary conditions and material data you applied • The complete thermal analysis (models, raw files and screenshots where relevant) • A s...

We're seeking an expert in space environment effects, electrodynamics, and systems engineering to collaborate on translating aperiodic structural frameworks into solid-state lattices for off-world applications. Key Focus Areas: - Radiation Shielding & Electronic Durability: Evaluating moiré-engineered graphene structures against cosmic radiation and particle bombardment for deep-space electronics. - Thermal & Mechanical Resilience: Leveraging graphene’s strength-to-weight ratio and thermal management for off-world habitat skins and structural applications. Core Deliverables: 1. A parameterized simulation script/pipeline modeling twisted bilayer/multilayer graphene band structures and interlayer coupling (compatible with our modular architecture). 2. Quantitative...

I have fifty Hypermesh / Hyperworks assignments that must all be finished within the next fifteen days. Each assignment is short—between five and ten questions—but together they cover a wide span of tasks: concise theoretical explanations as well as hands-on model preparation and post-processing. On the practical side you will be running structural, thermal and fluid-dynamics simulations inside Hypermesh and Hyperworks, then presenting results that match the detailed format I will supply. I have already prepared step-by-step guidelines and sample templates; the work simply needs to be executed accurately and delivered on schedule. For every assignment I expect: • the cleaned-up .hm model file and corresponding solver deck • screen captures (or embedded images) that ...

I am working through Eleation’s HyperWorks course and have 50 pending assignments that must be wrapped up as quickly as possible. Each task follows the standard Eleation template—import the part, create a clean mesh, apply the given boundary conditions, run the required solver (primarily OptiStruct and Radioss), then export results and brief observations. Because this is purely for my personal up-skilling, accuracy and clear step-by-step files matter more than polished presentation. If you have solid, hands-on experience with Altair HyperMesh, HyperView, OptiStruct and Radioss, you should find the workload straightforward; please highlight that experience in your bid. Deliverables • Fully solved model files for all 50 assignments (native .hm, .fem, solver decks) ...

I need a dynamic explicit analysis in ABAQUS to simulate a projectile impact on reinforced concrete slabs. Requirements: - Setup dynamic explicit analysis - Model concrete materials accurately - Simulate high-speed impact scenarios ( 3 striking velocities) - determine the crater depth and size in ABAQUS on front and back faces using element deletion or any other tools to compare with experimental results. - Provide detailed results and visualizations Ideal Skills and Experience: - Proficiency in ABAQUS - Experience with dynamic impact simulations - Strong understanding of concrete material behavior - Ability to interpret and present simulation data

I am looking for an experienced CFD engineer to perform a 3D CFD analysis for an SBR air-control valve replacement system. The proposed arrangement consists of: DN500 to DN300 reducer DN300 iris diaphragm control valve DN300 to DN500 expander Upstream and downstream straight pipe sections Required CFD scope: Develop a complete 3D CFD model of the proposed piping and valve arrangement. Simulate three operating conditions: 9,000, 12,000 and 14,000 Nm³/h per SBR. Analyse relevant valve-opening positions, including minimum operating opening, normal control position and fully open condition. Provide pressure, velocity, temperature and density contours. Calculate pressure losses across the reducer, valve, expander and complete assembly. Identify flow separation, recirculation, turbulence, h...

I need a thorough structural calculation and performance check on a newly designed aluminum profile system, with special focus on the largest 3 m × 3 m configuration before cascading the findings to the smaller variants. The study must cover both static and dynamic load analysis so that I can confirm each profile, connection detail, reinforcement option, and fixing method is truly fit for purpose. Material fatigue is my prime concern, so the calculation package has to explore long-term cyclic effects alongside the usual strength and stiffness checks. If you spot joint failure or deformation risks during the process, flag them, but the fatigue life is the critical pass/fail criterion. Please ground every assumption in recognised codes and clearly document the input data, equations, ...

I have a mature consumer product that sells steadily but doesn’t stand up to real-world abuse as well as it should. My goal is to rethink the mechanical design so the next production run is markedly tougher without driving unit cost through the roof. Here is what I need from you: an industrial mechanical designer with at least 7–8 years on the shop-floor side of things—someone who instinctively balances DFMA principles with practical drafting skills. You will start by reviewing the current CAD set and recent failure data, then propose design changes that extend service life, reinforce high-stress areas, and simplify assembly where possible. Key expectations • Dive into the existing 3D model (SolidWorks, Creo, or comparable) and identify weak points through FEA or...

I need a complete electric-motor design tailored for heavy-duty industrial machinery where sustained, high torque is the overriding requirement. The project covers the full engineering cycle—from concept sketches and electromagnetic calculations right through to detailed 3D CAD models, winding data, thermal analysis and a bill of materials ready for prototyping. Key objectives • Deliver continuous high torque at typical industrial supply voltages • Maintain reliability in harsh, high-duty-cycle environments • Meet common efficiency standards—compactness and energy savings are welcome bonuses, but raw torque matters most Your package should include: 1. Electromagnetic design files (Maxwell, Motor-CAD or equivalent) with clear performance plots 2. Mecha...

I am working through Eleation’s HyperWorks course and have 50 pending assignments that must be wrapped up as quickly as possible. Each task follows the standard Eleation template—import the part, create a clean mesh, apply the given boundary conditions, run the required solver (primarily OptiStruct and Radioss), then export results and brief observations. Because this is purely for my personal up-skilling, accuracy and clear step-by-step files matter more than polished presentation. If you have solid, hands-on experience with Altair HyperMesh, HyperView, OptiStruct and Radioss, you should find the workload straightforward; please highlight that experience in your bid. Deliverables • Fully solved model files for all 50 assignments (native .hm, .fem, solver decks) • S...

My rocket-shaped quadcopter is already quick, but I want to squeeze out every bit of performance by refining its aerodynamics. Your main mission is aerodynamic optimization, with special emphasis on lowering drag, boosting useful lift, and ensuring rock-solid stability as velocity climbs. The job at a glance • Rework the current CAD model in SolidWorks so centre of gravity and centre of pressure sit exactly where high-speed flight demands. • Run detailed CFD studies in ANSYS or a comparable solver to quantify lift-to-drag improvements, pressure distributions and flow separation—then iterate the geometry until targets are met. • Back the new shape with FEA to make sure the lighter, sleeker frame still meets strength margins and survives prop-induced vibration. ...