Savonius Rotor & Cylinder CFD

₹1500-12500 INR

Awarded

Posted about 12 hours ago

₹1500-12500 INR

Paid on delivery

I have two wind-energy geometries that must be completely set up and solved in ANSYS 2024 R1: • Model 1 – a simple cylinder, D = 1 m, H = 1 m (STP file available). • Model 2 – three-bladed Savonius rotor, D = 1 m, H = 1 m, 5 mm shaft (no STP yet). Starting in Ansys DesignModeler, create or import the parts, build a high-quality tetrahedral mesh with good orthogonal quality, then carry the case into Fluent. 7 m/s inlet velocity is the only boundary condition; the outlet can be left as default pressure. The k-omega SST turbulence model is mandatory. For each model at TSR = 0.6 I need: 1. A single .wbpj project that already contains the geometry, mesh, setup and solution. 2. Pressure- and velocity-contour images for azimuthal positions 0°, 45°, 90°, 135°, 180° and 225° (top view). 3. Streamline plots viewed along the y-axis. Save the views clearly and label the files so I can reproduce them if needed. Once the above items load and run without warnings in my own ANSYS 2024 R1 installation, I will consider the job complete.

Computational Fluid Dynamics

Project Management

Technical Documentation

Data Visualization

Mechanical Engineering

Solidworks

3D Modelling

Finite Element Analysis

Project ID: 40420906

About the project

7 proposals

Remote project

Active 28 mins ago

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7 freelancers are bidding on average ₹10,086 INR for this job

@Chhammana

Hi there, i am a phd in fluid mechanics and aerodynamics. I have done multiple projects of this kind. Few are with you specifically. I believe i am the perfect candidate for this job.

₹7,600 INR in 7 days

5.0

(19 reviews)

6.2

@hussienmegawer21

Hello Dear , I wish you are good and having a wonderful day , I've checked your project description for Savonius Rotor & Cylinder CFD and it'll be my pleasure to work with you immediately on this project . I'm mechanical design engineer with great expertise on similar projects related to this , you can check my profile for samples and reviews on using ansys fluent . Kindly let me check our 3D model you're having , and I can build the second model . Kindly text me back to discuss more details about our project and to start as soon as possible . https://www.freelancer.com/u/hussienmegawer21 Finally the price really does not matter I'm looking for more chances together and only a good review . Warm regards , Hussien Megawer.

₹11,500 INR in 5 days

5.0

(7 reviews)

3.5

@mdyeahyea1

Hello, I am an expert CAD designer as well as a Mechanical Engineer, having expertise in SolidWorks and Ansys software. I have done heat transfer analaysis on ansys fluent and structural analysis. I will be able to use Ansys 2019 R2. If you are interested, please reach out. Thanks. Regards, Md Yeahyea

₹5,000 INR in 10 days

5.0

(2 reviews)

3.0

@batuhanakkova

Hi, As an Astronautical Engineer with a professional focus on high-fidelity fluid dynamics and Species-Transport modeling, I am uniquely prepared to execute the CFD setup and solver validation for your wind-energy geometries. Why My Engineering Fits This Scope - I will ensure the 7 m/s inlet velocity is correctly integrated with the relevant TSR = 0.6 rotational velocity via Sliding Mesh or MRF techniques. - Utilizing DesignModeler and Ansys Meshing, I will build high-quality tetrahedral meshes with appropriate inflation layers to ensure y+ values are within the requirements for the SST model. - I will provide the requested pressure/velocity contours and streamline plots for all six azimuthal positions (0 to 225 deg), ensuring each view is professionally saved and labeled for immediate reproduction in your ANSYS 2024 R1 environment. Proposed Plan - Importing the cylinder STP and modeling the three-bladed Savonius rotor (including the 5 mm shaft) from scratch in DesignModeler. - Generating tetrahedral meshes for both models, prioritizing orthogonal quality and boundary layer resolution. - Setting up the k-omega SST model, boundary conditions, and transient/steady-state solvers for the TSR = 0.6 requirement. - Exporting the requested contours and streamlines across all azimuthal angles and packaging the final workbench file. When would you like me to begin the baseline cylinder setup? Best regards, Batuhan Akkova

₹20,000 INR in 8 days

0.0

(0 reviews)

0.0

@letswork92

I understand that you need precise CFD simulations for wind-energy geometries using ANSYS 2024 R1. The challenge lies in accurately setting up both the simple cylinder and the Savonius rotor to obtain reliable results, especially with the specified TSR and turbulence model. With over 12 years of experience in computational fluid dynamics and extensive work in ANSYS, I can efficiently create high-quality tetrahedral meshes and set up the necessary boundary conditions. I am well-versed in utilizing tools within ANSYS to achieve optimal mesh quality and effective simulation results. I will ensure that both models are ready with all required outputs, including pressure- and velocity-contour images at specified azimuthal positions and streamlined plots along the y-axis. Each component will be carefully labeled for your easy reproduction in your own environment. Could you please confirm if there are any specific requirements regarding file formats or additional details that would help enhance this project?

₹12,500 INR in 7 days