Thesis Supervisor: Dr. Azam Khan, PhD (Imperial College London)
Expected Completion: March–April 2026
Stage 1 – Experimental Investigation (In Progress / Ongoing)
Stage 2 – Numerical Simulation (Pending)
Stage 3 – AI-Based Modeling (Planned)
Start Date: November 2025
Scope: Experimental testing of 170 specimens with various -----.
Objective: Evaluate the influence of --- on anchorage performance at different ----.
Status: Specimen casting scheduled to begin on 12 November 2025; testing to proceed according to the planned curing intervals. Data collection and analysis will follow each test phase.
Start Date: December 2025
Scope: Finite Element Modeling using Abaqus to replicate experimental results and conduct a parametric analysis.
Objective: Validate experimental findings, investigate stress–strain distribution, and understand --- behavior under different -----.
Status: Model setup and calibration will begin in December 2025, following initial experimental results.
Start Date: January 2026
Scope: Development of a machine learning model trained on combined experimental and numerical datasets.
Objective: Predict anchorage performance for various ----- and optimize design for sustainable construction practices.
Status: Scheduled to commence in January 2026, following dataset preparation and validation from previous stages.