Railway Fire Spray CFD Simulation
Budget: ₹1,500 – ₹12,500 INR
I need a complete computational study that shows how a water-based spray system performs inside a burning railway compartment. The model must capture three key outcomes—temperature distribution, smoke spread, and overall fire-suppression effectiveness—so I can compare scenarios with and without the spray.
You’re free to choose whichever CFD or fire-specific package you feel will give the most reliable results; ANSYS Fluent, FDS, OpenFOAM or an equivalent tool are all acceptable as long as you can justify the selection and deliver verifiable output.
Please include:
• A validated geometry and mesh of a typical passenger coach
• Boundary conditions that realistically replicate ignition, heat release rate, ventilation, and water-spray nozzles
• Time-dependent plots and high-resolution visuals for temperature, smoke visibility, and extinguishment progress
• A brief technical report explaining assumptions, governing equations or sub-models used, and clear conclusions about the spray’s performance
I will consider the work complete when the results are reproducible on my end, and the report answers whether the chosen spray layout meets safety targets for temperature limits and tenability.
You’re free to choose whichever CFD or fire-specific package you feel will give the most reliable results; ANSYS Fluent, FDS, OpenFOAM or an equivalent tool are all acceptable as long as you can justify the selection and deliver verifiable output.
Please include:
• A validated geometry and mesh of a typical passenger coach
• Boundary conditions that realistically replicate ignition, heat release rate, ventilation, and water-spray nozzles
• Time-dependent plots and high-resolution visuals for temperature, smoke visibility, and extinguishment progress
• A brief technical report explaining assumptions, governing equations or sub-models used, and clear conclusions about the spray’s performance
I will consider the work complete when the results are reproducible on my end, and the report answers whether the chosen spray layout meets safety targets for temperature limits and tenability.