Abaqus Push-Out Deformation Analysis
Budget: £2 – £5 GBP
I’m building a finite-element model in Abaqus to replicate a push-out test where steel beams are connected to CLT slabs. The sole objective is to capture and understand the deformation behaviours that develop throughout the load history, rather than ultimate strength or specific failure modes.
Here’s what I need from you:
• An accurately meshed, non-linear Abaqus model that represents the steel beam-to-CLT connection used in push-out testing (material orthotropy for CLT, contact definitions, appropriate boundary conditions, and loading protocol).
• Post-processing that isolates global and local deformations and presents them as clear, publication-ready graphs and charts (force–slip curves, displacement contours, etc.).
• All input files, output databases, and Python or CAE scripts so I can reproduce and adapt the analysis.
If you have run similar timber–steel or composite slab simulations, tell me about that experience in your bid; that’s the main selection factor. I’m ready to start as soon as I find someone whose background aligns with the task.
Here’s what I need from you:
• An accurately meshed, non-linear Abaqus model that represents the steel beam-to-CLT connection used in push-out testing (material orthotropy for CLT, contact definitions, appropriate boundary conditions, and loading protocol).
• Post-processing that isolates global and local deformations and presents them as clear, publication-ready graphs and charts (force–slip curves, displacement contours, etc.).
• All input files, output databases, and Python or CAE scripts so I can reproduce and adapt the analysis.
If you have run similar timber–steel or composite slab simulations, tell me about that experience in your bid; that’s the main selection factor. I’m ready to start as soon as I find someone whose background aligns with the task.