Rocscience Railway Tunnel Stability Model
Budget: ₹1,500 – ₹12,500 INR
I already have the 3-D geological surfaces, face-mapping data and a full GBR compiled by our site team. I now need a geotechnical engineer to translate that information into a working tunnel model focused on stability analysis for a single‐track railway tunnel.
Here is what I’m looking for:
• Import my geological layers, discontinuities and in-situ stress data into Rocscience.
• Build the tunnel geometry and lining details exactly as supplied.
• Run a finite-element stability analysis in whichever platform gives the cleanest results—RS2, RS3 or Slide3.
• Provide the native model file plus a short memo (figures and key plots are fine) that highlights factor-of-safety, likely deformation zones and any critical sections we should watch.
All data will be delivered in .dxf and Excel formats, and I’m available to answer ground-condition questions quickly. If you’ve modelled railway tunnels in Rocscience before, let’s get started.
Here is what I’m looking for:
• Import my geological layers, discontinuities and in-situ stress data into Rocscience.
• Build the tunnel geometry and lining details exactly as supplied.
• Run a finite-element stability analysis in whichever platform gives the cleanest results—RS2, RS3 or Slide3.
• Provide the native model file plus a short memo (figures and key plots are fine) that highlights factor-of-safety, likely deformation zones and any critical sections we should watch.
All data will be delivered in .dxf and Excel formats, and I’m available to answer ground-condition questions quickly. If you’ve modelled railway tunnels in Rocscience before, let’s get started.
Related categories:
Civil Engineering
Finite Element Analysis
3D Modelling
3D Design
Physics
Geotechnical Engineering
3D CAD