Ansys jobs
...optimized) • Rugged design (pipeline environment: vibration, pressure, temperature) • Compact size to fit inside PIG housing • Stable and continuous signal emission I am looking for someone who is comfortable working right down at ELF, has hands-on experience with ferrite or laminated cores, understands skin-depth losses in steel, and can back up their design decisions with simulations (COMSOL, ANSYS Maxwell, FEMM, or similar) and real-world bench testing. Knowledge of PCB layout for low-frequency magnetic circuits, low-noise drivers, and power-management techniques is equally important. Key deliverables • Electromagnetic model justifying range through steel and soil • Schematics, PCB files, and BOM for the transmitter and driver electronics &bull...
...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 engineers with stamping authority in Ontario need to apply. Attached is the STEP file for the job. The box can be seperated into 4 parts. Lifting lugs have to provided on each part to allow it to be transported using cranes. Accumulated weight of each pa...
I'm seeking an experienced designer with expertise in SolidWorks and ANSYS for a rack and pinion steering system. This system is intended for a passenger car. Key tasks include: -I have uploaded a IGS file for ansys - Perform dynamic simulation motion analysis in ANSYS. Ideal skills and experience: - Proficiency in SolidWorks for complex automotive designs. - Expertise in ANSYS for dynamic simulations. - Background in automotive engineering, especially steering mechanisms. - Attention to detail and ability to meet project deadlines.
I need a detailed modal analysis carried out in ANSYS Mechanical (Workbench or APDL) on a composite beam that is mounted on linear springs at both ends. The study is part of my master’s research, so every modelling choice—from element selection and mesh sensitivity to boundary condition justification—must be fully traceable. Two configurations must be investigated: 1. The bare beam on linear springs. 2. The same beam on linear springs with a centrally-mounted lumped mass (a disc). I already have the exact beam dimensions and material properties for the composite lay-up; I will share them once the project starts. What I require from you is to import or build the geometry, assign the composite stack, model the linear spring supports correctly, and extract natura...
I need a seasoned hand in ANSYS Mechanical—Workbench or pure APDL—to run a clean modal analysis on a composite-material beam that sits on springs at both ends. There are two scenarios I must compare: the bare beam on springs, and the same setup once a disc-shaped lumped mass is attached at mid-span. The goal is simple but demands rigor: extract the first several natural frequencies and their corresponding mode shapes for each case, document how the central mass alters the dynamics, and keep numerical error tightly controlled. You will receive the CAD file defining the exact geometry; no need to recreate the model. The spring boundary conditions at each end must be represented with realistic stiffness values, and I will validate those with you before the final solve. For...
...files in SolidWorks, CATIA, or Siemens NX plus neutral STEP outputs are required. • Material selection – A trade study covering candidate alloys and composites, with justification based on strength-to-weight, cost, availability, and manufacturability. Deliver a concise report and an annotated bill of materials. • Structural analysis – Finite-element simulations (static, fatigue, buckling) using ANSYS, Nastran, or a comparable solver to verify that selected materials and geometries meet the defined limit and ultimate loads. Provide models, boundary-condition screenshots, and a summary of safety margins. I will supply existing surface models, load envelopes, and regulatory references. Expect a few design-review iterations; short progress calls and shared ...
...twist, and the elastic root support while the tip remains free. Your task is to compute the natural frequencies and mode shapes across a practical range of rotational speeds, capturing the combined influence of centrifugal force, Coriolis coupling, and rotational stiffening. Please work directly from the matrix form I provide, or recreate it in the tool you prefer (MATLAB, Python/Numpy-SciPy, ANSYS APDL, or comparable). Numerical stability and correct treatment of the gyroscopic terms are essential; results should clearly show how the modes split or couple as speed increases. Deliverables • Clean, well-commented code or solver input deck that assembles M, G, and the individual stiffness matrices and solves the resulting eigenproblem. • A concise technical note (PD...
I need a complete finite-element model of a Warren through truss bridge built in ANSYS (Workbench Mechanical or APDL). The task covers geometry creation, material assignment, boundary conditions and, most importantly, a dynamic study that captures wind and traffic effects. For wind, please implement a realistic fluctuating pressure profile; for traffic, model moving axle loads that travel the bridge length with appropriate speed and spacing. Time-history or transient structural analysis is preferred so that true stress-strain and displacement histories can be extracted. I have only a broad idea of where sensors should sit—mid-span, panel points near supports, and a few along the top chord—so I will rely on your structural-health-monitoring experience to pin down the ...
I need a detailed heat transfer analysis using ANSYS fluent for a 3D model. The focus is on thermal management. Key requirements: - Expertise in ANSYS fluent , specifically in heat transfer simulations. - Proficient in 3D modeling and analysis. - Strong understanding of thermal management principles. Ideal skills and experience: - Background in mechanical engineering or related fields. - Previous experience with similar heat transfer projects. - Ability to provide detailed reports and insights. Please share relevant experience and approach.
...from each cell core • adiabatic walls on all remaining faces I am interested in clear, actionable results: temperature contours on every cell, velocity vectors for the airflow path, pressure drop data, and any hot-spot identification. A brief comparison of alternative fan speeds or inlet flow rates is welcome if it helps recommend an optimal design. Deliverables 1. Solver project files (ANSYS Fluent, OpenFOAM, or COMSOL—use whichever you are fastest with) 2. Post-processed graphics ready for presentation (PNG/PDF) 3. A concise report summarising set-up, assumptions, mesh independence check, and key findings I will validate the work by reproducing your case on my workstation, so please document every step clearly. Looking forward to your expertise in th...
Using ANSYS Fluent I want a full CFD model of my flat-plate solar water heater to focus on fluid flow dynamics inside the collector when it is charged with an antifreeze solution. The study must couple solar-radiation heat input with the resulting circulation so we can pinpoint pressure drops, velocity profiles, and temperature distribution throughout the manifold and riser tubes. Geometry and boundary conditions are ready in basic CAD; they simply need cleaning and meshing. Once the mesh quality is validated, set up an unsteady solar load (DO or Solar Load Model) that represents typical peak-sun conditions. Radiation is the main transfer mechanism I wish to quantify, so please activate the appropriate radiation model and material optical properties before solving. Deliverables &b...
I need a single engineer who can run an integrated set of ANSYS studies for the same copper busbar assembly, covering electrical, thermal, weld-zone, and fault/runaway behaviour. Electrical domain First, solve the steady-state current flow. I want current distribution, voltage drop and total resistance mapped, then dive deeper into I²R power loss and the location/size of any high-resistance zones. The geometry, material properties and boundary conditions will come from my CAD model and test data; you will import them, set up the Maxwell or HFSS environment as appropriate, and provide both the field plots and the raw result files for post-processing. Thermal domain Using the losses calculated above, predict the transient and steady-state temperature distribution. I need ma...
...power-train components so they integrate cleanly under the railcar, meet stringent EN / IEC rail standards for vibration, fire safety, and thermal performance, and remain service-friendly for depot technicians. Expect to: • Develop solid- and surface-model geometry in SolidWorks or an equivalent parametric CAD tool • Validate strength, fatigue, and heat dissipation with FEA/CFD tools such as ANSYS or COMSOL • Optimise mass and envelope to fit within existing bogie clearances while maintaining required output ratings • Deliver full drawing packs (2D & 3D), exploded views, BOM, and a short design report that documents calculations, material choices, and compliance notes I’ll provide baseline electrical requirements, mounting constraints, and pr...
...I want to replicate the simulation results using ANSYS Maxwell 3D. Scope of work: * Build 3D geometry of steel wire rope (multi-wire or simplified cylinder model) * Assign materials (steel, air, permanent magnets) * Setup magnetic excitation using permanent magnets / coil * Place Hall sensor array correctly * Implement defect modeling (surface and internal defects) * Perform magnetostatic simulation * Extract magnetic flux leakage signals (Mh, Sw, Sh) * Help match simulation trends with the reference paper Requirements: * Strong experience in ANSYS Maxwell 3D (Electromagnetics) * Experience with Magnetic Flux Leakage (MFL) or NDT simulations preferred * Ability to troubleshoot meshing and convergence issues Deliverables: * Working ANSYS Maxwell project file * ...
I will provide the necessary Ansys files required.
I am looking for a mechanical engineer based in Pakistan who is equally comfortable running CFD and FEA studies in Ansys and building or editing the required geometry in SolidWorks. The work ranges from setting up the simulations and creating efficient meshes all the way through post-processing, validation, and summarising the findings in a clear, publishable format for my final-year project report. Typical models will be full 3-D solids with fluid-structure interaction, so you should already have a workflow for transferring geometry between SolidWorks and Ansys Workbench without loss of features or dimensional accuracy. Expect to deal with boundary-layer meshing, convergence studies, materials assignment, and result visualisation (contours, vectors, animations, etc.). Al...
...effectiveness for full flow range and water chemistry typical of open-ocean service. • Drawings are ready for Class submission with proper title blocks and revision control. • All components are specified for continuous saltwater immersion and meet IP66 or better. Please outline your relevant shipboard MGPS or antifouling experience, preferred design tools (e.g., AutoCAD, SolidWorks, Rhino, Ansys), and estimated timeline. I will provide hull drawings and pump curves once we agree to proceed, so you can tailor the solution precisely to the vessel....
need a full ANSYS Fluent simulation of my solar air heater that zeroes-in on its thermal performance. Your model should capture temperature, pressure, and velocity distributions throughout the duct while demonstrating a solid mesh-independence check so I can trust the numbers. I can provid the CAD model of the same. Once the run is complete, I’ll be looking for clear, well-labeled contours and the corresponding plots that translate the raw data into insight: temperature fields that show hot-spot behaviour, pressure contours that highlight potential losses, and velocity profiles that confirm uniform flow. Deliverables I expect: * The working Fluent case and data files, together with mesh files for each refinement level used in the independence study. * Graphs exported in edit...
need a full ANSYS Fluent simulation of my solar air heater that zeroes-in on its thermal performance. Your model should capture temperature, pressure, and velocity distributions throughout the duct while demonstrating a solid mesh-independence check so I can trust the numbers. I can provid the CAD model of the same. Once the run is complete, I’ll be looking for clear, well-labeled contours and the corresponding plots that translate the raw data into insight: temperature fields that show hot-spot behaviour, pressure contours that highlight potential losses, and velocity profiles that confirm uniform flow. Deliverables I expect: * The working Fluent case and data files, together with mesh files for each refinement level used in the independence study. * Graphs exported in edit...
I need a complete CFD study of a concrete spillway carried out in ANSYS Fluent and delivered within 24 hours. The work starts with a basic structural outline of a 3-D spillway whose downstream face is to be analysed at five slopes: 0.6:1, 0.65:1, 0.7:1, 0.75:1 and 0.8:1. A single workbench file that lets me activate or suppress each slope configuration will be ideal. Meshing should be medium-density so we keep a good balance between turnaround time and accuracy. Once meshed, apply appropriate boundary conditions for a steady water flow that keeps discharge constant across all variants, then run the simulations. From the results I need: • Velocity and pressure profiles taken along the sloping face for every configuration • Contour plots (velocity magnitude, static pre...
need a full ANSYS Fluent simulation of my solar air heater that zeroes-in on its thermal performance. Your model should capture temperature, pressure, and velocity distributions throughout the duct while demonstrating a solid mesh-independence check so I can trust the numbers. I can provid the CAD model of the same. Once the run is complete, I’ll be looking for clear, well-labeled contours and the corresponding plots that translate the raw data into insight: temperature fields that show hot-spot behaviour, pressure contours that highlight potential losses, and velocity profiles that confirm uniform flow. Deliverables I expect: * The working Fluent case and data files, together with mesh files for each refinement level used in the independence study. * Graphs exported in edit...
I need a skilled Ansys HFSS user to run full-wave simulations on an antenna design and provide clear Return Loss (S11) results. This is a simulation-only assignment—no fabrication or physical testing for now. What I will share • Geometry or sketches of the antenna and the target frequency band. • Any material data or performance goals I already have. What I need back • The HFSS project file (.aedt) with all boundaries, excitations, and mesh settings correctly defined. • A PDF or image plot of S11 versus frequency that clearly shows the return-loss performance across the band. • A brief note (one page is fine) explaining solver settings, boundary conditions, and any tuning steps you took. At the moment, the exact antenna style is open; expe...
...commissioning detailed flow simulations for natural-gas transmission lines between 50 km and 600 km long, with internal diameters of 24, 30, 36 or 42 inches. The core task is to model steady-state and, when useful, transient behaviour so I can clearly see pressure drop, flow-rate distribution and temperature gradients along the route under a range of operating scenarios. You are free to work in ANSYS CFX/Fluent, MATLAB-based codes, Simulink or any other professional package you can justify; just make sure the method, equations of state, and boundary conditions are fully documented so the work can be reviewed or extended later. Please provide: • The simulation file(s) ready to run or edit • A concise technical memo explaining assumptions, mesh or discretisation cho...
...the exact envelope can still flex within the “small” category; propose wall thicknesses, radii and nozzle spacing that balance aerodynamic performance with ease of fabrication. Sheet-metal folding, welded seams and standard fasteners are preferred so the final drawings drop straight into our fabrication shop without re-work. Typical toolsets I work with are SolidWorks or Inventor for CAD and ANSYS Fluent or Autodesk CFD for simulation, but I’m open to your proven workflow as long as native files and neutral formats are supplied. For clarity, these are the concrete deliverables I need: • Parametric 3D CAD model of the hood (native + STEP/IGES) • Iterative CFD report with boundary conditions, results and optimisation notes • Manufacture-ready dr...
I need a full ANSYS Fluent simulation of my solar air heater that zeroes-in on its thermal performance. Your model should capture temperature, pressure, and velocity distributions throughout the duct while demonstrating a solid mesh-independence check so I can trust the numbers. I can provid the CAD model of the same. Once the run is complete, I’ll be looking for clear, well-labeled contours and the corresponding plots that translate the raw data into insight: temperature fields that show hot-spot behaviour, pressure contours that highlight potential losses, and velocity profiles that confirm uniform flow. Deliverables I expect: • The working Fluent case and data files, together with mesh files for each refinement level used in the independence study. • G...
...model reproduced in Ansys. Every aspect called out in the paper—material properties, boundary conditions, and load conditions—must be mirrored exactly so the numerical results line up with the authors’ findings. The scope is straightforward: build the complete FEA-based FSI model, run it until convergence, and supply everything I need to present the work for my final year project. Deliverables • All native Ansys workbench files, meshes, material libraries, and project archives • Post-processed results (plots, tables, animations) that match the publication’s data trends • A brief explanatory report describing the modelling choices, solver settings, and how each parameter from the paper was implemented Acceptance criteria &bu...
...static picks and expected dynamic scenarios (sudden stops, sway, minor impact). • Use the correct steel material properties; I have the grade and test results ready. • Report principal stresses, deflection, natural frequencies, and safety factors for each scenario. • Highlight critical welds, lug holes, and splice bolted joints in a brief commentary. Deliverables 1. Editable FEA file set (ANSYS, Abaqus, or similar) 2. PDF report with assumptions, screenshots, plots, and pass/fail summary 3. A short call or written memo outlining recommended design tweaks, if any Acceptance criteria • Mesh independence shown with at least one refinement check • Max von Mises stress and deflection within allowable limits set in the spec sheet • ...
Title: ANSYS Electro-Thermal Simulation Support (2-Hour Training Session) Description: I am looking for an experienced ANSYS simulation expert for a short 2-hour online session to support an ongoing project. Scope of Work: Guidance on Electrical Simulation Current distribution Voltage drop I²R loss calculation Guidance on Thermal Simulation Heat generation setup Temperature rise analysis Hotspot identification Help in setting up correct boundary conditions Review my existing model and suggest improvements Explain step-by-step (practical approach) Software: ANSYS (Mechanical / Fluent / Electronics Desktop – any relevant) Project Type: Post-project support / troubleshooting / training Preferred Experience: Electro-thermal simulation Battery / Busbar /...
I need a single engineer who can run an integrated set of ANSYS studies for the same copper busbar assembly, covering electrical, thermal, weld-zone, and fault/runaway behaviour. Electrical domain First, solve the steady-state current flow. I want current distribution, voltage drop and total resistance mapped, then dive deeper into I²R power loss and the location/size of any high-resistance zones. The geometry, material properties and boundary conditions will come from my CAD model and test data; you will import them, set up the Maxwell or HFSS environment as appropriate, and provide both the field plots and the raw result files for post-processing. Thermal domain Using the losses calculated above, predict the transient and steady-state temperature distribution. I need ma...
i have design files of finned tube heatexchanger the file for which cfd steady state analysis have to be done .informations and 1 of the case file is attatched below whoever can show the contour of temprature distribution can take the job i am ready to pay 3k INR per design analysis i have total of 8 designs .
...A short animation of the drop sequence that visualises the deformation in real time You may go beyond these points by adding more stress or force insights, but the items above are non-negotiable. The budget is fixed at ₹5000, so only respond if you are comfortable working within that limit and already have proven automotive or heavy-structural simulation experience in SolidWorks Simulation, ANSYS, Abaqus or a comparable tool. Once I review the final report, animation and native simulation file, the project will be marked complete. For More details Contact person on the project : Suraj [Removed by Freelancer.com Admin]...
...boundary and loading definitions • Crack-growth life predictions for at least the 10 most critical locations, accompanied by sensitivity checks on load spectrum and material scatter • A well-structured report (PDF + editable source) that documents methodology, governing equations, mesh independence, verification steps and design recommendations • Native files for any software used (e.g., ANSYS Workbench, Abaqus, MATLAB scripts) so results can be reproduced internally Acceptance criteria • Stress-intensity or energy-release rate convergence better than 5 % • Life predictions benchmarked against at least one published study or test datum • All input data and assumptions traceable and clearly cited If something in the brief is unclear,...
FREELANCER REQUIRED – IMMEDIATE JOINING Role: ANSYS Thermal Workbench Trainer Project: College Training Program Location: On-site (College) Duration: 3–4 Days (Full-Day Sessions) Thermal Domain Expertise Required: Fluid Mechanics Thermodynamics Heat Transfer (HT) HVAC Design HVAC Instrumentation Heat Exchanger Design What We’re Looking For: Strong hands-on experience in ANSYS Thermal Workbench Expertise in Thermal Analysis (Steady-State & Transient) Ability to deliver practical, student-focused training Prior training experience preferred Compensation: Negotiable (Per Day / Project Basis) Immediate Requirement | Limited Opportunity
...A short animation of the drop sequence that visualises the deformation in real time You may go beyond these points by adding more stress or force insights, but the items above are non-negotiable. The budget is fixed at ₹5000, so only respond if you are comfortable working within that limit and already have proven automotive or heavy-structural simulation experience in SolidWorks Simulation, ANSYS, Abaqus or a comparable tool. Once I review the final report, animation and native simulation file, the project will be marked complete. For More details Contact person on the project : Suraj [Removed by Freelancer.com Admin]...
...model must allow material properties for typical woven prepreg laminates to be assigned quickly and adjusted as ply schedule or thickness evolves. My priority parameter is Structural Integrity, with particular attention to: • Impact resistance • Load-bearing capacity • Fatigue durability The workflow should start in CAD (solid work ) and flow cleanly into an FEA environment such as Ansys, SimScale, or the native solver, so that I can run quick what-if studies on rib spacing, bulkhead placement, and hard-point inserts. Please keep dimensions and constraints editable from a single control sketch or design table; I want to tweak overall length, cross-sectional diameter, and skin thickness without broken references. Deliverables • Parametric 3D mo...
Model the simultaneous blending of ethanol, diesel, and compressed air in ANSYS Fluent and help me understand what really happens inside the mixer–combustor section. My priorities are clear: I need solid numerical evidence of mixing efficiency, a close look at combustion characteristics, and a clean picture of the underlying flow dynamics. Pressure-temperature settings as well as several fuel-composition ratios are fixed; I will forward the exact figures and boundary conditions the moment we start. Because the work is simulation-centric, please build the case from geometry through mesh, set up the reacting multiphase model, run the solution to full convergence, then extract all relevant plots and field data. If you already have custom UDFs for property variations, feel free...
I have already defined the geometry, operating conditions and heat-flux boundary data for a micro-channel heat sink that operates under flow boiling. What remains is a high-fidelity, transient CFD study in ANSYS Fluent that can accurately reproduce bubble nucleation, growth and departure under those conditions. Three surface morphologies must be investigated with the same inlet/outlet and thermal loads: • a perfectly smooth wall • a micro-fin patterned wall • a micro-cavity textured wall My primary interest is the velocity profile evolution during each boiling regime; temperature or pressure fields can be extracted if convenient, but every deliverable must at least include the requested velocity data. Deliverables • Fluent case/data files for each su...
I need assistance with a finite element analysis (FEA) assignment in aerospace engineering. Assignment brief will be provided. Ideal skills and experience: - Expertise in FEA software (ANSYS, Abaqus, etc.) - Strong background in aerospace engineering principles - Experience with structural analysis - Ability to understand and follow detailed assignment briefs - Authentic research and work required Please share your relevant qualifications and experience.
I have an ongoing Reconfigurable Intelligent Surface project in Ansys HFSS and need a specialist who can jump straight into the electromagnetic simulation stage—specifically, building an accurate 3-D model that I can immediately run in the solver. What I am looking for • Clean, well-layered HFSS model of the RIS unit cell / panel, ready for simulation • Correct ports, excitations, and boundary definitions embedded so I can transition directly to my own sweep and optimisation tasks I am on a tight timeline, so I will prioritise freelancers who can start right away.
I’m looking for someone who can prepare a pre-recorded, step-by-step walkthrough with screen recording and voice explanation for my Microwave Engineering course project, which is based on ANSYS HFSS and ANSYS Twin Builder. I do not need a live session. I want a clear recorded video that I can watch later and use as a reference while building and documenting my own project. My project is “Design and System-Level Integration of Antenna Microwave Feeding Network”. The main idea is to design a microstrip-based RF front-end / feeding network for antenna integration, starting from hand calculations, then building the physical EM models in HFSS, optimizing them, and finally exporting the HFSS blocks into Twin Builder for full system-level validation. The project r...
I need a complete Ansys HFSS model of a microstrip antenna working in the high-frequency band 140 GHz. My aim is to make array and to analyse radiation pattern, impedance matching and gain exactly as they appear in a research paper I will share after kickoff. Your job is to recreate the antenna geometry from the paper, set up the correct substrate, ports, and boundary conditions, run the solver, and then fine-tune dimensions so the results align with the publication. Acceptance criteria • |S11| ≤ –10 dB at the paper’s centre frequency • Realised gain within ±0.5 dB of the reported value • 2D/3D far-field plots that visually match the paper’s patterns Deliverables 1. Native .hfss project containing geometry, setup, and post-proce...
antena theory using ANSYS electronics
I need help with an assignment that involves finite element analysis (FEA) using Ansys. Requirements: - Introductory explanations/calculations - FEA work Ideal Skills and Experience: - Proficiency in Ansys - Strong background in FEA - Ability to perform structural, thermal, or fluid dynamics analysis Please provide relevant experience in your bid. Below are the assignment briefs provided. This is an aerospace engineering assignment, so I would like to know if you’re capable of completing this.
1. Electrical Simulation Purpose: Evaluate current flow and losses Current distribution analysis Electrical resistance / voltage drop I²R power loss calculation Identification of high-resistance zones 2. Thermal Simulation Purpose: Analyze heat generation and dissipation Temperature rise under continuous current Hotspot identification at weld joints Heat dissipation efficiency of Cu core Thermal steady-state & transient analysis Critical for battery safety & life 3. Electro-Thermal Coupled Simulation Purpose: Realistic battery operating conditions Coupled current flow + heat generation Temperature-dependent material properties Validation of ampacity limits5. Weld Zone Simulation Purpose: Evaluate joining quality Thermal profile during laser welding Heat-affected zone (HAZ) est...
I need an expert in ANSYS for a thermal analysis project. The focus is on batteries, and we need to analyze the following parameters: Temperature distribution Heat dissipation Thermal runaway Ideal skills and experience: Proficiency in ANSYS Experience with thermal analysis, specifically for batteries Strong understanding of thermal dynamics and battery behavior Please provide relevant experience in your bids.
I need a clean, repeatable ANSYS Workbench set-up that lets me run a parametric study on a simple cantilever beam with a T-shaped cross-section. My main goal is a general optimisation of parameters rather than chasing only one metric, so the workflow should allow me to explore trade-offs easily. Parameter to optimise • Thickness of the T-section flange/web Constraints that must always be enforced • Maximum stress limits • Geometric constraints • Material limits What I expect from you – A fully documented Workbench project file with DesignModeler/SpaceClaim geometry, properly linked Parameter Set, Static Structural analysis, and a Response Surface or equivalent optimisation module set to vary thickness. – A short write-up (PDF or Word)...
I need a structural analysis on a 2D model using Ansys. The analysis should consider the following material properties: elastic modulus, Poisson's ratio, yield strength, and ultimate strength. Ideal skills and experience: - Proficiency in Ansys, specifically for 2D structural analysis - Strong understanding of material properties and their application in FEM - Experience with interpreting and presenting analysis results Please provide relevant experience in your bids. Thank you!
...or within the surface layers of the runway, sized for typical touchdown zones. • Material selection and justification (lead-zirconate-titanate, PVDF, or any advanced composite that meets aviation pavement tolerances). • Mechanical-to-electrical modelling that translates wheel loading, tyre pressure, landing speeds, and braking forces into projected kWh per landing. Finite element analysis in ANSYS, COMSOL, or an equivalent tool is fine as long as raw files and assumptions are shared. • An energy routing schematic that shows how the generated power could be rectified, stored, and tied into the airport’s existing electrical infrastructure. • Durability, maintenance, and certification notes: surface wear, temperature cycling, waterproofing, and comp...
...or within the surface layers of the runway, sized for typical touchdown zones. • Material selection and justification (lead-zirconate-titanate, PVDF, or any advanced composite that meets aviation pavement tolerances). • Mechanical-to-electrical modelling that translates wheel loading, tyre pressure, landing speeds, and braking forces into projected kWh per landing. Finite element analysis in ANSYS, COMSOL, or an equivalent tool is fine as long as raw files and assumptions are shared. • An energy routing schematic that shows how the generated power could be rectified, stored, and tied into the airport’s existing electrical infrastructure. • Durability, maintenance, and certification notes: surface wear, temperature cycling, waterproofing, and comp...
