ANSYS Fluent Greenhouse CFD Modeling - 07/01/2026 09:33 EST
Budget: ₹600 – ₹1,500 INR
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:
• Geometry file and structured mesh archive (.msh)
• Fluent case & data files for every roof condition tested
• High-resolution images of streamlines and isothermal surfaces, labelled for each scenario
• A brief summary note outlining solver settings, convergence criteria, and any assumptions made
If you can keep residuals below 1e-5 and achieve stable temperature fields, the job is done.
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:
• Geometry file and structured mesh archive (.msh)
• Fluent case & data files for every roof condition tested
• High-resolution images of streamlines and isothermal surfaces, labelled for each scenario
• A brief summary note outlining solver settings, convergence criteria, and any assumptions made
If you can keep residuals below 1e-5 and achieve stable temperature fields, the job is done.