Ansyspekerjaan
I am building an indoor lifting system that needs its own custom hydraulic valve. The unit must modulate acceleration, controlled slowing, and positive stopping in both lifting and lowering directions, yet remain entirely manual in operation—no electronics or remote triggers involved. Key design parameters • Pressure range: 10 – 60...drop – Clear evidence that the mechanical actuation delivers fine control for acceleration, deceleration, and stop in both directions – Drawings compatible with common CNC and casting processes, including material specs, surface finish, and seal call-outs If you routinely work in SolidWorks, Inventor, or similar CAD and can validate hydraulics with tools like Automation Studio, AMESim, or Ansys CFX, I’d lik...
VEUILLEZ LIRE D'ABORD LE FICHIER PDF !!! Je cherche un spécialiste ANSYS capable de réaliser une analyse par éléments finis exclusivement structurelle sur un composant mécanique que je développe. REMARQUE IMPORTANTE : IL S'AGIT D'UN AVANT-PROJET TRÈS SIMPLE. S'IL EST APPROUVÉ, VOUS SEREZ ENGAGÉ POUR LE PROJET QUI VOUS SERA ATTRIBUÉ LA SEMAINE PROCHAINE. Objectif – Valider le comportement mécanique sous charge en termes de résistance, d’élasticité et de fatigue. Ce que j’attends : 1. Modélisation propre du composant (géométrie fournie au format STEP). 2. Paramétrage précis des matériaux, contac...
...resistencia, estabilidad global y límites de deformación bajo las combinaciones de carga pertinentes (peso propio, material contenido, viento y posibles cargas de mantenimiento). Para agilizar la revisión, adjunta todo en un solo paquete que incluya: • Memoria de cálculo detallada con hipótesis, normas aplicadas y resultados numéricos. • Modelo editable en la herramienta que prefieras (SAP2000, STAAD, ANSYS o similar) junto con archivos de salida. • Planos de espesores, refuerzos, soldaduras y notas de fabricación listos para taller. • Resumen ejecutivo con conclusiones y, si procede, recomendaciones de optimización. Valoro la experiencia previa en estructuras que soportan cargas o, así como domi...
...and ranks them by remaining life and likelihood of rupture. Key objectives – Predict failure points with enough accuracy to guide inspection planning and spool replacement. – Quantify local wear rates (mm/yr) and correlate them to process duty cycles. – Provide practical mitigation advice (geometry tweaks, velocity reduction, coating options). Deliverables 1. Simulation files (e.g., ANSYS Fluent, STAR-CCM+ or OpenFOAM) with all boundary conditions and turbulence/erosion models documented. 2. A concise technical report (PDF) including methodology, mesh/solver settings, convergence checks, contour plots, sensitivity runs, and recommendations. 3. A spreadsheet of predicted wear rates and safety factors for each line segment and fitting. Accepta...
...tolerances suitable for lithography or micro-machining. • Simulation or analytical validation showing expected performance, accuracy, and repeatability. • A concise bill of materials and recommended fabrication process flow. • Assembly and calibration guidelines so a research technician can reproduce your design in-house or at a micro-fabrication foundry. Experience with COMSOL, SolidWorks, Ansys, or similar multiphysics tools is highly valued, and familiarity with clean-room fabrication constraints will make your proposal stand out. Please include examples of previous microscopic or MEMS devices you’ve designed or analyzed, and outline how you would approach achieving reliable quality-control readouts at this scale. I’m happy to answer technica...
I am looking for a precise ANSYS Fluent (or Mechanical if you prefer FSI) model that captures the overall pressure gradient of Daphne 7373 oil inside a piston-cylinder-type cell while accounting for temperature-dependent properties. My goal is to understand how the pressure field evolves throughout the stroke and how it redistributes once thermal effects are introduced. Scope of work • Build or refine the piston and cylinder geometry I will supply (simple STEP file). • Assign material properties for Daphne 7373, including its temperature-dependent density and viscosity. I can provide a data sheet; feel free to extend it with correlations you have used successfully before. • Apply a realistic loading sequence: piston movement, initial fill pressure, and the temp...
...assemblies, and carry out high-fidelity finite-element analyses. Proficiency in SolidWorks and ANSYS is essential because these two platforms anchor my workflow. If you are also comfortable in Abaqus or COMSOL, you will have plenty of opportunity to apply them for non-linear or multiphysics cases. Typical tasks include choosing materials, refining geometries for manufacturability, meshing for convergence, setting realistic boundary conditions, and delivering clear, decision-ready reports. To make sure we stay aligned, each milestone will be accepted once I receive: • The native SolidWorks part/assembly files, all sketches fully constrained and features named logically. • A simulation package (ANSYS Workbench, Abaqus, or COMSOL) with solved results, mesh-ind...
I need a detailed analysis using ANSYS Workbench. I have a Giga Press model that I want to analyze. There is a rod driving a whole clamping system, which moves a sliding vertical plate. A given force is acting on this rod. I want to obtain stress and deformation results, along with the motion. Requirements: - Expertise in ANSYS Workbench - Provide a detailed project proposal
I have already completed geometry design in SolidWorks and hex meshing in HyperMesh. The mesh is available as a valid ANSYS .cdb file (1.8 GB). OBJECTIVE:- Perform explicit dynamic bird-strike simulation on a composite blade with metal leading-edge cap and adhesive layer and evaluate structural response. Tasks to be Performed in ANSYS:- 1) IMPORT MESH Import HyperMesh .cdb file into ANSYS Workbench using External Model Link it to Explicit Dynamics analysis system Verify mesh integrity (hex elements, separate bodies) 2) Material Assignment Assign materials to individual parts: Composite blade (CFRP – orthotropic) Metal leading edge cap (Titanium) Adhesive layer (EA 9394 Hysol) Use realistic material properties suitable for impact analysis 3) Bird Mod...
...the detailed engineering stage. Your work will focus on turning my preliminary models and calculations into a production-ready design package: updated 3-D geometry, structural and thermal analyses, clear manufacturing drawings, and a bill of materials that suppliers can quote against. Key tasks • Refine the aerodynamic and thermodynamic layout, validating blade profiles and flow paths in CFD (ANSYS CFX, Fluent, or a comparable tool). • Run coupled structural and thermal FEA to confirm rotor and stator integrity at speed, temperature, and load. • Optimise cooling passages and bearing housings for serviceability and efficiency. • Produce fabrication-ready drawings in SolidWorks or Inventor along with GD&T. • Compile a concise design report summ...
...performance inside an HVAC system where end-user comfort is the primary metric of success. You’ll translate my functional requirements into detailed 3D models, run the necessary thermal simulations to verify airflow, temperature distribution, and noise levels, then iterate until we meet comfort targets. Expect to work in common toolchains such as SolidWorks (or similar CAD) and a CFD package like ANSYS CFX/Fluent for the thermal side; if you prefer an equivalent platform, that’s fine as long as the results are exportable. Deliverables • Parametric CAD model with assembly and part files • Thermal/CFD report covering methodology, boundary conditions, and results linked to comfort indices • Final drawings and a concise BOM suitable for hand-off to fa...
...set, I also want the critical sections tested in ANSYS. The simulations should show whether my proposed supports, ducts and reaction chambers can handle the expected thermal and mechanical loads without bottlenecks or safety issues. Deliverables • Updated plant layout in CAD (native file + PDF) • ANSYS models, input files and mesh settings • Short simulation report with screen captures, key stress/temperature plots and your brief engineering commentary • A handover call or annotated video walkthrough so I can fully understand your decisions and results I will supply: initial drawings, throughput targets and all design assumptions as soon as the project starts. If you can quickly spot layout shortcuts, back them up with clear ANSYS e...
...titanium end fitting is fixed to the mounting surface by four M8 flat-head machine screws Although the study type is dynamic, my core deliverables are total deformation and stress distribution. Natural frequencies or fatigue life could be interesting further down the line, but they are not part of this scope unless you wish to flag obvious concerns. Please use an industry-standard solver such as ANSYS, Abaqus, COMSOL, Altair, or equivalent; make sure orthotropic carbon properties are treated correctly. Boundary conditions for the M8 screw group should realistically capture clamp stiffness or, at minimum, a fully fixed face that reflects real support. Deliverables I need to sign off the work • Brief methodology summary (mesh, material model, boundary conditions, load ste...
I am running a static mechanical analysis and want to be absolutely sure I am interpreting the “total deformation” results correctly. The model is already built and solved; what I need now is an engineer who can walk me through the theory, common pitfalls, and practical acceptance limits so the numbers I present hold up to scrutiny. If you are comfortable reviewing FEA outputs (ANSYS-Mechanical, SolidWorks Simulation, or a comparable tool) and explaining how total deformation is calculated and reported, that’s exactly the perspective I’m after. I can share screenshots, result files, or the native project so you can point out boundary-condition issues, mesh concerns, or post-processing tweaks that affect displacement magnitude. The engagement is straight...
I need a seasoned finite-element specialist to run a full structural analysis on a composite part I’m deve...interpret the results. Along the way, document every assumption—ply orientation, element type, contact definition, mesh quality checks—and iterate until the stress, strain and displacement values stabilise. When you’re satisfied the solution is sound, hand back the solved model plus a concise PDF report that highlights critical regions, safety factors and your recommendations for any design changes. ANSYS, Abaqus, or an equivalent professional FEA package is fine as long as I can reproduce the setup on my side. Experience with laminated shells or sandwich panels is a strong plus; if you’ve tackled similar composite jobs before, a quick portfoli...
...– Gradient pattern • Start from Model C. • Using Move/Copy, redistribute the same slot so that the mid-posterior region carries a higher density while the anterior/distal areas are sparsely perforated. • Keep the overall aesthetics smooth; no slot should overlap or encroach on the trimline. Tooling & file format I would like the work done in Ansys SpaceClaim (or any Ansys-native modeller) so I can immediately proceed to FEA inside Ansys Mechanical. If you prefer another solid modeller such as Fusion 360 or SolidWorks, that is acceptable so long as you supply STEP files alongside the editable source. Deliverables 1. Native editable files for Models C and D. 2. Neutral STEP exports of each. 3. A brief note listing the final slo...
...appendix for all Python/MATLAB scripts used in the analysis • Final proof-read manuscript, correctly formatted in Word or LaTeX, ready for submission I will supply raw data, existing analysis scripts, and style guidelines. In return, I expect clear milestone drafts, rigorous referencing (APA/IEEE), and complete originality. Familiarity with structural-engineering software such as SAP2000 or ANSYS and ML libraries like scikit-learn or TensorFlow will be valuable. If you have authored previous theses or peer-reviewed papers in structural engineering or machine learning, please mention them along with your preferred toolchain and anticipated timeline. I’m aiming for steady progress toward my submission deadline, so reliable communication and consistent quality are e...
...fluid-dynamics simulation in ANSYS focused on heat-transfer behaviour when oil flows through a predefined geometry. My main goal is to understand how temperature distributes and evolves under the specified operating conditions so I can optimise cooling performance and material selection later on. You’ll receive the 3-D model, boundary conditions, and property data for the oil. I expect you to build the mesh, set up the energy model, run steady- and, if necessary, transient cases, then deliver a concise engineering report that covers temperature fields, heat-flux maps, and any critical hotspots you discover. Screenshots of key results and the .wbpz or .cas/.dat files should accompany the report so I can reproduce your work easily. If you have experience with ANSYS F...
I need a concise but technically rigorous study that determines whether an automatic or hydro-mechanical transmission can be successfully retrofitted into legacy T-72 and T-90 main battle tanks. The heart of the work ...pathway. 3. Executive slide pack (10–12 slides) summarising feasibility findings for senior decision-makers. I’ll shortlist freelancers who can show past work on heavy-vehicle powertrain integration, especially those comfortable with drivetrain FEA, CFD for oil cooling, and MIL-STD documentation. Share one or two relevant projects and note which CAD/CAE tools you’ll use—CATIA, Creo, NX, Abaqus, Ansys, etc. I’m aiming for an initial concept review in six weeks, so outline your milestones and how you’ll keep the communicat...
...instructor que hable español y pueda impartirme capacitación virtual, paso a paso, sobre diseño de transformadores usando la suite de Ansys. Mi nivel actual es principiante, por lo que necesito empezar desde los fundamentos y avanzar hasta un modelo funcional. La formación debe girar en torno a tres pilares: • Cálculos térmicos: modelado de pérdidas, distribución de temperatura y validación en Ansys Fluent. • Cálculos electromagnéticos: configuración completa en Ansys Maxwell para estimar flujo, pérdidas en núcleo y devanados, y respuesta a transitorios. • Cálculos de cortocircuito: análisis de esfuerzos mecánicos y térmic...
I am looking for an RF/Antenna Design Engineer to design and optimize a CPW-fed planar antenna in ANSYS HFSS that achieves triple-band operation with S11 response similar to the attached plot. The antenna must be CPW-fed (Coplanar Waveguide feed) and fabricated on a single-layer PCB substrate. Target Electrical Requirements: The antenna must resonate at the following frequencies: ~1.22 GHz ~1.60–1.66 GHz ~2.20–2.23 GHz With: Return loss (S11) ≤ −25 dB at all three bands Preferably deep nulls (−30 dB or better) similar to the attached S-parameter plot Exact resonance alignment within ±3–5% is acceptable. Antenna Constraints: Feeding technique: CPW-fed (mandatory) Substrate: Rogers RO4350B εr ≈ 4.4 Thickness = 1.6 m...
I need a complete fluid-flow simulation carried out in ANSYS Fluent. Your task starts with preparing the model, choosing an appropriate turbulence scheme, producing a clean mesh, and defining sensible boundary conditions. Once the solver settings are in place, run the case to full convergence, extract velocity and pressure fields, and present the results through clear plots and a short, written discussion of the flow behaviour. Please deliver: • The .cas and .dat files with all settings preserved • Post-processed images (contours, vectors, streamlines) in a common image format • A brief PDF report that outlines setup choices, convergence evidence, and key findings Mesh independence and solver stability must be demonstrated—screenshots or residual histories...
...Professional engineering opinion suitable for internal records and client confidence --- ## Required Expertise * Qualified **Structural Engineer** (Mechanical / Civil with structural specialization) * Proven experience with: * Sheet-metal structures * Lift / elevator structures OR industrial steel structures * Structural calculations and compliance * Experience with tools such as: * ANSYS / STAAD / ETABS / SolidWorks Simulation (or equivalent) --- ## Information We Will Provide * Detailed drawings (DWG / STEP / PDF) * Material specifications * Lift operating parameters * Installation conditions --- ## Project Type * One-time analysis project * Possibility of long-term collaboration for future lift models --- ## Proposal Requirement (Important) While applying...
...The project is divided into three main phases: Phase 1: Design and Simulation Setup • Conduct a thorough review of the scintific studies and literature reviews, and methodologies. • Develop a preliminary, parameterized 3D CAD model of the jet pump based on established principles and initial calculations. • Generate a high-quality, structured mesh suitable for multiphase CFD analysis using ANSYS Meshing or equivalent software. • Perform a mesh independence study to ensure the accuracy and reliability of the simulation results. Phase 2: CFD Analysis and Validation • Set up and run single-phase CFD simulations to establish a baseline and validate the model against analytical solutions. • Develop and execute complex multiphase (solid-liquid) CFD ...
Sila Dafter atau Log masuk untuk melihat butiran.
I need a detailed ANSYS Workbench study that recreates a vacuum-forming cycle applied to a polycarbonate sheet that has a pre-printed conductive ink layer. The goal is to replicate the heating, drape and vacuum draw, and subsequent cooling so I can 1) tune the forming parameters for the best wall-thickness distribution, 2) predict the stress-strain response of both the polymer and the ink, and 3) flag any regions where tearing, excessive thinning, loss of conductivity or other defects could occur. The setup must couple thermal and structural physics, use temperature-dependent material data for polycarbonate, and model the ink as a thin composite layer so I can extract strain and resistance change histories. If you already have sub-routines or user-defined materials for printed silv...
...associated 2D drawings and drafting needed for fabrication and inspection. Once the geometry is finalized, I also want a static structural analysis run in ANSYS to confirm that all critical components meet strength and stiffness targets before release. That simulation should reference the finished CATIA geometry so any refinements flow back cleanly into the master model. Deliverables • Native CATIA files (.CATPart, .CATProduct) with fully constrained, parametric features • Neutral exchange files (STEP/IGES) for vendor use • Production-grade 2D manufacturing drawings (PDF + DWG) with tolerances and title blocks ready for the shop floor • ANSYS static analysis setup files and a concise verification report highlighting load cases, boundary condit...
I'm looking for an expert to simulate and analyze DPM and multiphase flow in a venturi tube using ANSYS Fluent. The project focuses on: - Flow pattern visualization - Pressure drop calculation - Particle behavior analysis Ideal skills and experience: - Proficiency in ANSYS Fluent - Strong background in fluid dynamics - Experience with multiphase flow simulations - Ability to interpret and present simulation data clearly
I'm seeking an expert in computational fluid dynamics to simulate and model multiphase flow. Ideal skills and experience: - Proficiency in CFD software (e.g., ANSYS Fluent, OpenFOAM) - Strong background in multiphase flow dynamics - Experience in detailed project proposal development Successful applicants should provide: - Detailed project proposals - Relevant past work and experience
I have twelve separate CAD models of vertical-axis wind turbines that now need to be fully meshed for CFD work in ANSYS. Please generate a clean, medium-refinement mesh for each unit, suitable for import straight into ANSYS Workbench (Fluent or CFX). After we start, I’ll pass you the final geometry along with the operating boundary conditions so you can size the domain, apply the inlet/outlet regions, and set any periodic or symmetry planes correctly. What I’m expecting from you: • Twelve individual mesh files in native ANSYS format, each named clearly to match the turbine model supplied. • A good quality meshed for every file—element count, skewness, orthogonality—so I can verify conformity before running the solver. Medium ref...
I need a detailed CFD study of an earth-tube heat exchanger carried out in ANSYS to compare its performance under several operating scenarios. The core objective is a side-by-side comparison of heat-transfer rate, so every model, boundary condition and post-processing step should be set up with that metric in mind. The job covers: • Building or refining the 3-D geometry of the buried pipe system, surrounding soil and incoming air domain. • Defining material properties for soil, pipe wall and air, including temperature-dependent conductivity where relevant. • Running steady-state or transient simulations (whichever proves more reliable) for at least two contrasting cases—e.g., different pipe diameters, burial depths or airflow rates—to reveal how ea...
I need an ANSYS finite-element model of a simply supported reinforced-concrete beam that I can use directly for structural analysis studies. The model must include: • Complete material properties for both concrete and steel reinforcement • Accurate cross-sectional dimensions, including clear cover • Explicit reinforcement detailing (bar diameters, layout, and spacing) Please set the boundary conditions to reflect a classic simply supported configuration and apply a representative service-level load so that I can verify reactions and mid-span deflection when I run the analysis. Deliverables • Original ANSYS Workbench (or APDL) file with all geometry, mesh, loads, and constraints fully defined • A brief note or screenshot set explaining the...
I need a mechanical engineer skilled in analysis and simulation. The task involves fluid dynamics simulation. Ideal skills and experience: - Proficiency in CFD software (e.g., ANSYS Fluent, OpenFOAM) - Strong background in fluid mechanics - Experience with interpreting simulation results - Ability to provide detailed reports and recommendations
...work should couple fluid-flow and heat-transfer simulations with structural analysis so I can see temperature fields, pressure drops, and stress/strain distributions in the same report. Please build the 3-D model of the tube bundle, set realistic boundary conditions for both shell-side and tube-side fluids, and run a mesh-independence study to confirm numerical stability. A coupled simulation in ANSYS Fluent + Static Structural, CFX, or a comparable solver is preferred; feel free to suggest an alternative as long as it can handle conjugate heat transfer (CHT) and solid mechanics in a single workflow. Deliverables: • Simulation input files and meshes • A concise report (PDF) outlining geometry, material data, solver settings, residual plots, validation checks, and fi...
...elements: Stainless Steel (grade to be confirmed) Support: Hatch supported on surrounding concrete / steel structure (details provided) Deliverables Signed & stamped FEA report (PDF) FEA screenshots / contour plots Clear statement of compliance Editable source file (optional but preferred) Software Requirements The analysis must be performed using recognized engineering software such as: ANSYS Abaqus SolidWorks Simulation STAAD / similar professional tools Required Freelancer Profile Structural or Mechanical Engineer Proven experience with FEA of steel structures Experience with access covers / hatches / plates Ability to work with Eurocode / BS / ASCE standards Previous FEA report samples preferred Important Notes This is analysis only – no redesign...
To find heat and fluid flow in an Agricultural greenhouse keeping heating tubes inside at 0.5mm above floor of greenhouse by using ansys fluent ( i.e, to find isothermal surfaces, velocity vectors, pathlines ) at different boundary conditions applied on roof by keeping lateral , front and rear walls adiabatic .... Main Source of heating is heating tubes near floor of greenhouse I will also provide some files for help
To find heat and fluid flow in an Agricultural greenhouse keeping heating tubes inside at 0.5mm above floor of greenhouse by using ansys fluent ( i.e, to find isothermal surfaces, velocity vectors, pathlines ) at different boundary conditions applied on roof by keeping lateral , front and rear walls adiabatic .... Main Source of heating is heating tubes near floor of greenhouse I will also provide some files for help
I need a complete CFD study of a dome-shaped greenhouse fitted with four parallel heating tubes. The work begins with building an accurate 3-D representation of the structure in SpaceClaim / DesignModeler, followed by a clean, high-quality structured mesh that resolves the tubes, the enclosure volume, and the roof panels without excessive cell count. Once the mesh is ready, set up the case in ANSYS Fluent. I want to experiment with several roof boundary conditions (e.g., fixed temperature, convective film, and adiabatic) to see how each one influences the internal flow field. After running the simulations, extract streamlines, isothermal surfaces, and any other plots that clearly demonstrate the circulation pattern created by the heaters. Deliverables I will check: • Geomet...
I need a complete CFD study of a dome-shaped greenhouse fitted with four parallel heating tubes. The work begins with building an accurate 3-D representation of the structure in SpaceClaim / DesignModeler, followed by a clean, high-quality structured mesh that resolves the tubes, the enclosure volume, and the roof panels without excessive cell count. Once the mesh is ready, set up the case in ANSYS Fluent. I want to experiment with several roof boundary conditions (e.g., fixed temperature, convective film, and adiabatic) to see how each one influences the internal flow field. After running the simulations, extract streamlines, isothermal surfaces, and any other plots that clearly demonstrate the circulation pattern created by the heaters. Deliverables I will check: • Geomet...
There are 30 separate STEP/IGES parts, all with intricate internal and external detail. I need each one converted into a high-resolution CFD mesh that opens in ANSYS Fluent without any further healing or repair. Key points • Geometry type: complex; no simplification should lose flow-critical features. • Target solver: ANSYS Fluent—please export in .msh or Fluent-case-readable format. • Mesh quality: high resolution with low skewness, smooth transitions and, where appropriate, inflation layers near walls to capture boundary-layer effects. Restrict non-orthogonality and skew to values Fluent regards as acceptable for steady turbulent runs. • Naming: keep zone and boundary names consistent with the original CAD so setup in Fluent remains intuit...
...design and run a thorough stress analysis on it. I need to be confident that the final model meets safety requirements before it heads to manufacturing. Material is fixed: steel. I will clarify the exact loading and operating conditions after I send over the drawing, but your analysis should at minimum cover static and fatigue considerations typical for rotating shafts. If you like working in ANSYS, SolidWorks Simulation, Abaqus, or an equivalent FEA package, that’s perfect—use whichever you are fastest with. Deliverables: • Native CAD file of the finished shaft • FEA setup files and result plots • Short report summarising max stresses, safety factors, and any recommendations for geometry or material tweaks Please keep your communication clear ...
...design and run a thorough stress analysis on it. I need to be confident that the final model meets safety requirements before it heads to manufacturing. Material is fixed: steel. I will clarify the exact loading and operating conditions after I send over the drawing, but your analysis should at minimum cover static and fatigue considerations typical for rotating shafts. If you like working in ANSYS, SolidWorks Simulation, Abaqus, or an equivalent FEA package, that’s perfect—use whichever you are fastest with. Deliverables: • Native CAD file of the finished shaft • FEA setup files and result plots • Short report summarising max stresses, safety factors, and any recommendations for geometry or material tweaks Please keep your communication clear ...
I’m preparing a CFD workflow in ANSYS for a cargo-ship propulsive study and need production-ready geometry. The job is to model a five-blade propeller with an equal number of fins mounted on the boss-cap and then deliver three separate STEP files, each reflecting a different pitch and fin setting: 15°, 30° and 45°. Those three geometries will let me test high-speed cruising, low-speed manoeuvring and heavy-load conditions, so please keep hub dimensions, blade area ratio and overall diameter consistent while only the angular settings vary. A clean, watertight, fully-parametric solid is essential—edges must knit, faces must form closed volumes and the hub-to-blade transition should be filleted smoothly to avoid mesh artefacts in ANSYS. I’m ...
I have a detailed CAD model of a steel hydroelectric gate that needs to be taken through a static structural study in Ansys. The only performance metric that matters right now is an accurate stress distribution under the design head pressure and self-weight; deformation or fatigue can be ignored at this stage. What I will hand over: • Native CAD geometry (step/iges or SolidWorks) • Operating load cases, boundary conditions and material properties (structural steel) What I need in return: • Ansys Workbench project file with a clean, well-constrained static structural setup • High-resolution stress contour plots highlighting critical areas • A brief summary (PDF or Word) explaining mesh strategy, key assumptions and peak stress values, so I can ...
I have an aerospace component that needs a complete aerodynamic study carried out in ANSYS Fluent. The geometry is a bit ready in CAD; what I need now is a clean CFD-ready model, an accurate mesh, and a set of steady- and transient-state simulations that clearly show pressure, velocity, and lift/drag characteristics across the flight envelope I will supply. Your scope will cover: • Preparing or refining the geometry so it is watertight for CFD • Building a high-quality, mesh-independent grid • Setting up turbulence models appropriate to sub- and transonic regimes • Running ANSYS Fluent cases for several angles of attack (I will specify) • Post-processing key plots—Cp distributions, streamlines, force coefficients—and summarizing...
ANSYS Maxwell Motor Simulation from Existing CAD (Torque / Back-EMF / Losses / Thermal) — 2500 RPM Motor Overview We have an existing CAD model of an electric motor and need an experienced engineer to run electromagnetic (FEA) simulations to validate the design around our operating point of ~2500 RPM. Preferred tool: ANSYS Maxwell. Equivalent tools (JMAG / Motor-CAD + Maxwell / Altair Flux / COMSOL) are acceptable if you can justify them and deliver the same outputs. What You’ll Do 1) Import + Prepare the Model Import our CAD (STEP/Parasolid) into Maxwell (or your proposed FEA tool) Clean geometry for simulation (airgap, symmetry, simplification where appropriate) Assign materials (laminations, magnets, copper, shaft, etc.) Define windings and excitation (...
...multiphysics practitioner to stand up, run, and interpret advanced simulations for my current R&D effort. The exact physics we’ll couple—fluid flow, structural response, thermal behavior, or a mix—will firm up once we review the early requirements together, so I need someone comfortable moving across these domains without friction. I’m flexible on the platform. If you thrive in COMSOL Multiphysics, ANSYS, or OpenFOAM, we’ll lean into the environment that lets you deliver accurate, reproducible results fastest. Just be ready to justify mesh choices, solver settings, and any custom scripting so I can trace the workflow later. Key deliverables • A fully solved model file with all boundary conditions, material properties, and solver settings...
...isolation and noise control for human comfort and communication clarity. 6. Control & Automation Systems – Develop software-driven automation for environmental regulation, robotics, and safety systems. 7. Chemical & Materials Engineering – Choose or synthesize materials that are durable, lightweight, and resistant to corrosion or radiation. 8. Simulation & Multiphysics Integration – Use COMSOL, ANSYS, or equivalent platforms to validate designs across multiple physical phenomena. Deliverables • Fully parametric 3D CAD models of habitat modules • Multiphysics simulation results with validated performance metrics • Detailed documentation explaining design choices, assumptions, and solver settings • Post-processing plots, tab...
...multiphysics practitioner to stand up, run, and interpret advanced simulations for my current R&D effort. The exact physics we’ll couple—fluid flow, structural response, thermal behavior, or a mix—will firm up once we review the early requirements together, so I need someone comfortable moving across these domains without friction. I’m flexible on the platform. If you thrive in COMSOL Multiphysics, ANSYS, or OpenFOAM, we’ll lean into the environment that lets you deliver accurate, reproducible results fastest. Just be ready to justify mesh choices, solver settings, and any custom scripting so I can trace the workflow later. Key deliverables • A fully solved model file with all boundary conditions, material properties, and solver settings...
