Study of Mechanical, Physical and Gamma Radiation Attenuation Properties for Concrete Mixes Prepared from Naturally Occurring Ores and Synthetic Aggregates

Design of concrete mix to improve its properties against nuclear radiation (gamma rays)

Evaluation of gamma ray attenuation properties of normal concrete with some nano materials using Monte Carlo simulation and experimental measurements.

EFFECT OF HEATING AND GAMMA RADIATION ON THE PROPERTIES OF CONCRETE SUITABLE FOR ANTINUCLEAR AIRPLANE SHELTERS

EFFECT OF HEATING AND GAMMA RADIATION ON THE PROPERTIES OF CONCRETE SUITABLE FOR ANTINUCLEAR AIRPLANE SHELTERS

Behavior evaluation of self- compacting concrete exposed to elevated temperature

Gamma Radiation Effect on Normal Weight Concrete, Heavy Weight Concrete, Steel Bars, and Fiber Bars

Effect of Cementitious Materials Composition on Heat Evolution and Strength of Concrete

Gamma Radiation Effect on Normal Weight Concrete, Heavy Weight Concrete, Steel Bars, and Fiber Bars

THE MECHANICAL BEHAVIOR OF FIBER REINFORCED HIGH PERFORMANCE SELF COMPACTED CONCRETE AT HIGH TEMPERATURES