Effect of Multi Walled Carbon Nanotubes on Effective Stress of Compacted Silty Clay Soil
Ibrahim, S., Balkis, A. P. & Aydinlik, N. P. · SSRN
Knowledge in motion
Research &
publications.
Exploring the mechanics, materials and methods that can make the built environment more resilient and sustainable.
01Academic portfolio / Research
DOI ↗
An attempt to calculate analytical elastic fields in two joined quarter spaces due to an interior point load
Ibrahim, S. & Sabri, S. · Mechanics Research Communications, 117, 103771
Enhancing Soil Stabilization with Multi-walled Carbon Nanotubes
Günay, G., Aydinlik, N. P., Balkis, A. P. & Ibrahim, S. · Springer Series in Geomechanics and Geoengineering, pp. 57–67
Utilization of Recycled Concrete Sand in Soil Stabilization
Ojotisa, V. T. & Ibrahim, S. · Lecture Notes in Civil Engineering, vol. 481, pp. 124–133
Conference proceedings
Ideas shared with the field.
Mechanical Properties of Waste Clay Brick-Based Geopolymer Cured at Various Temperatures
Sabri, S. & Ibrahim, S. · View record ↗
Geopolymer Soil Stabilization Using Waste Glass Powder
Kipuluka, E. K., Kahenga, P. K., Bilounah, M. & Ibrahim, S.
Geopolymer Brick from Construction and Demolition Waste
Kipuluka, E. K., Kahenga, P. K., Bilounah, M. & Ibrahim, S.
Geopolymer Green Building: Energy and Cost Analysis
Mbuligwe, K. P., Okohe, O. K., Abdalrahman, M. A. A. & Ibrahim, S.
Cement Replacement with Waste Brick Powder in Paving Blocks
Ojotisa, V. T. & Ibrahim, S.
Active inquiry
Research projects.
- Synthetic Sandstone Development Project
- Using Stonite Waste as Cement Replacement in Paving Blocks
- Mini Proctor Hammer for portable soil compaction testing (TÜBİTAK 3501 proposal)