INDEPENDENT RESEARCH STUDY
Professor Ghaly directed the following
Independent Research Studies:
- Strength and durability of rubberized concrete under
normal and freeze-thaw conditions
- Bond strength of nylon-coated reinforcing bars
- Polymerization of crumb rubberized asphalt
- Strength and deformation characteristics of rubberized
concrete
- An Internet approach to deep foundations design
- Geotechnical and structural design of foundations
- Shear strength of cohesionless materials reinforced with
granular scrap tires
- Durability and strength of concrete made with recycled
materials
- Behavior of natural and geogrid-reinforced earth slopes
under static and dynamic loading
- A Modernistic Approach to Structural Design of
Foundations
- Strength characteristics of the behavior of rubberized
asphalt
- Design of a timber bridge
- A parametric study on sheet pile walls and pile
foundations
- Strength properties of cemented and oil-contaminated sand
- Performance of geogrid-reinforced asphalt layers
- Static and dynamic behavior of natural and reinforced
earth slopes
- The application of geogrids to roadbed stabilization
- A structural and geotechnical investigation of the design
of a bridge
- Factors affecting the mechanical properties of
artificially cemented sand
- Study of the water supply system of Lake Mohonk Mountain
House
- Structural and geotechnical design of underground tunnels
- Design and settlement verification of compensated
foundations
- Behavior of centrifugally reconstituted cohesive soils
(I) Experimental investigation
- Behavior of centrifugally reconstituted cohesive soils
(II) Data interpretation
- A simplified approach to calculate moments acting on mat
foundations
- The mechanical plastic limit device
- Stress Evaluation of Soils Compacted According to the
ASTM Standards
- Effect of temperature variation on stresses and strains
in asphalt pavement under static and repeated loading
- Experimental investigation of mechanical properties of
soils
- Settlement due to fluctuation of ground water table
- Effect of cyclic loading on shear strength of sands
- Stress and strain behavior of rubberized asphalt Under
static and repeated loading
- On the behavior of civil engineering materials
