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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. Send back a neatly organised package: one folder per geometry containing its .iges model, the corresponding .msh file, and a short text file listing key mesh metrics and the dimple height used.
Project ID: 40384537
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EXPERIENCED CFD ENGINEER | ANSYS FLUENT SPECIALIST I can deliver all 16 textured pipe models with Fluent-ready meshes meeting your exact specs. Currently running CFD simulations in ANSYS Fluent 2024 & 2026 R1 (diesel spray, thermal-fluid with k-omega SST). WHY CHOOSE ME: ✓ Active Fluent user with boundary layer meshing expertise (y+ ≈ 1) ✓ Create inflation layers with precise first-cell heights & verify mesh metrics (skewness, AR, orthogonality) ✓ CAD proficient - clean, watertight IGES geometries TECHNICAL APPROACH: Parametric elliptical dimple modeling from written specs Hybrid mesh: 15+ inflation layers, first height = 0.002mm, growth rate ~1.18, max AR<20 Local refinement: 8+ cells across dimple depth Pre-validated in Fluent - zero non-contiguous cells guaranteed DELIVERABLES (16 FOLDERS): Each contains: .iges model, .msh file (Fluent-tested), [login to view URL] (dimple height, cell count, AR, skewness, boundary layer stats) TIMELINE: Days 1-2: Prototype (2 geometries) → your approval Days 3-6: Remaining 14 geometries Day 7: QC & delivery NEED FROM YOU: Pipe dimensions, dimple parameters (height/spacing for each case), target y+ if non-standard QUESTIONS: Are dimple heights the only variable? ASCII or binary .msh? Available immediately with daily updates. Consistent workflow guaranteed for comparative CFD studies. P.S. Full CFD simulation services available as separate project (requires flow parameters, boundary conditions, additional pricing).
₹9,800 INR in 8 days
0.0
0.0
6 freelancers are bidding on average ₹10,425 INR for this job

Having been in the engineering field for a significant amount of time, I am well-equipped with the necessary skill set for your project. My proficiency with software such as Solidworks, Rhino, and Abaqus goes hand in hand with your project requirements, as not only will I provide you the needed .iges models and Fluent-ready meshes of the pipes, but I will ensure they adhere to your specific dimensions and feature the internal wall textures you desire. Moreover, my attention to detail combined with my organizational skills guarantees that your final product will be delivered as one neat package - a folder per geometry containing the relevant .iges model, corresponding .msh file as well as a detailed text file that lists key mesh metrics and the dimple heights used. I am more than ready to offer my skills to this project and deliver the results you need. Feel free to reach out with any questions or concerns!
₹12,500 INR in 3 days
7.9
7.9

I will provide the sixteen high-fidelity pipe models and Fluent-ready meshes according to your exact specifications. For each case, I will engineer the elliptical dimple series within SolidWorks using a parametric approach to ensure perfect consistency across the entire study. I will export clean, watertight IGES files optimized for Ansys. For the meshing phase, I will strictly adhere to your boundary layer requirement of 0.002 mm. I will manage the inflation layers and global sizing to keep the aspect ratio below 20 while maintaining the high near-wall resolution necessary for accurate CFD results in Fluent. Each delivery will be organized into individual folders containing the .iges file, the .msh file, and a text file documenting the specific mesh metrics and dimple heights. This standardized workflow ensures that your comparative studies are based on uniform mesh quality and geometry logic. I have extensive experience in CAD-to-CFD pipelines and understand the importance of mesh continuity and quality statistics for Fluent solvers. I am ready to begin as soon as you provide the dimensional data for the sixteen cases. Final Price: [10000] Estimated Delivery: [10 Days]
₹10,000 INR in 7 days
7.5
7.5

Hello, I am using ANSYS 2024, I can generate mesh as you need. Lets start from the first pipe and than move one by one. Feel free to contact me.
₹12,000 INR in 4 days
6.1
6.1

I am an experienced engineer specializing in ANSYS simulations, offering advanced computational modeling and analysis services to support design validation, optimization, and failure prevention. Using ANSYS Workbench, Mechanical, and Fluent, I can deliver accurate results through structural, thermal, and fluid flow studies, vibration analysis, and failure prediction. Specialized in; 1) 3D model setup and meshing in ANSYS 2) Static structural and thermal analysis 3) CFD simulation for fluid flow and heat transfer 4) Modal and harmonic vibration analysis 5) Fatigue and failure evaluation 6) Optimization and design improvement recommendations 7) Comprehensive technical report with results and conclusions
₹7,000 INR in 3 days
5.8
5.8

The real challenge here is delivering sixteen flawlessly watertight pipe geometries matched precisely to your elliptical dimple specifications with consistent, high-quality meshes tailored for accurate Fluent simulation. Your project demands both geometric precision and mesh integrity at microscopic boundary-layer scales, which many deliver but fail to standardize across multiple cases. I will generate each .iges file strictly from your dimensions ensuring perfect elliptical dimple series alignment without drawings, then produce Fluent meshes with a boundary-layer height fixed at 0.002 mm and aspect ratios below 20. Each mesh will pass rigorous internal quality checks before I package them in the requested tidy folder structure with detailed mesh statistics and dimple heights, guaranteeing seamless comparative CFD runs without additional cleanup. Are you ready to move forward with consistent, simulation-ready models that cut your validation time in half?
₹11,250 INR in 14 days
2.4
2.4

Hyderabad, India
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