1. Dr. Muhammad Rizwan
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- Shear Strengthening of Sandstone Masonry with Compatible Mortars. MS Thesis, 2022.
- Bond Performance of UHPC with NSC Substrate at Elevated Temperatures. MS Thesis, 2021.
- Experimental Analysis of Unrienforced Masonry Structure Under Seismic Loading Using Shake Table Test. MS Thesis, 2020.
- Development of Ultra-High-Performance Concrete (UHPC) Using Locally Available Materials. MS Thesis, 2020.
- Retrofitting of Seismically Deficient Reinforced Concrete (RC) Circular Bridge Piers Using CFRP Jacketing. MS Thesis, 2020.
- Experimental investigation on the seismic performance of masonry structures using shaking table testing. MS Thesis, 2019.
- A Comparison Of Green Building Standards Upon Carbon Emission And Energy Efficiency In Developing Countries – A Case Study. MS Thesis, 2019.
- Comparison of enhanced flexural strength of concrete slabs through various techniques. MS Thesis, 2018.
- Performance of Confined Columns Using FEM Modeling. MS Thesis, 2018.
- Performance of RCC columns confined with polyurea under uniaxial compressive cyclic loads. MS Thesis, 2018.
- Improved NDT Technique Using Velocity of EMP. MS Thesis, 2018.
2. Dr. Ali Ejaz
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- Towards sustainable construction: Harnessing potential of pumice powder for eco-friendly concrete, augmented by hybrid fiber integration to elevate concrete performance. MS Thesis, 2024.
- Experimental and numerical assessment of bond strength of lap spliced steel bars in recycled brick aggregate concrete. MS Thesis, 2025.
- Experimental and Numerical Investigation on shear Behavior of Beams with Partial Replacement of Natural Coarse Aggregates by Recycled Brick Aggregates. MS Thesis, 2025.
