ANSYS Fluent Spillway CFD Study -- 2
Budget: ₹1,500 – ₹12,500 INR
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 pressure, turbulence if available)
• XY graphs comparing pressure and velocity against distance down the slope
Package everything as follows:
1. A clean *.wbpz or *.cas/*.dat set for each slope
2. A concise PDF report summarising methodology, mesh statistics, solver settings, validation notes, results and brief conclusions
3. A short PowerPoint deck (≈10 slides) built from the report graphics so I can present the findings quickly
4. A one-page bullet explanation I can revise for my viva
Please keep the text and screenshots clear and legible; no need for highly detailed structural elements beyond what the hydraulics require.
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 pressure, turbulence if available)
• XY graphs comparing pressure and velocity against distance down the slope
Package everything as follows:
1. A clean *.wbpz or *.cas/*.dat set for each slope
2. A concise PDF report summarising methodology, mesh statistics, solver settings, validation notes, results and brief conclusions
3. A short PowerPoint deck (≈10 slides) built from the report graphics so I can present the findings quickly
4. A one-page bullet explanation I can revise for my viva
Please keep the text and screenshots clear and legible; no need for highly detailed structural elements beyond what the hydraulics require.