The rapid development of the nuclear power engineering field has led to a series of safety
accidents in recent years; thus, the protective measures for nuclear radiation shielding need …

This research focuses on the development and evaluation of heavy-density concrete
containing Magnesium oxide and grit scale iron aggregate as potential radiation shielding …

Waste cathode ray tube (CRT) glass, enriched with heavy metal of Pb, is classified as
hazardous waste and needs to be disposed of harmlessly. This study recycles waste CRT …

This research focuses on the development and evaluation of heavy density concrete (HDC)
for radiation shielding, utilizing both experimental and machine learning techniques. Various …

Concrete is widely used in bridges, tunnels, nuclear power plants and other buildings, the
damage of concrete will bring significant safety hazards for the building, therefore, detecting …

This study examines the physical, mechanical, microstructural, and attenuation properties of
high-density concrete exposed to temperatures ranging from 200° C to 1200° C. For this …

As the utilization of nuclear energy continues to expand, there is a growing focus on the
development of lightweight and efficient nuclear shielding composites. In this paper, novel …

Bu çalışmada, yeryüzünde volkanik dağlar etrafındaki volkanik kayaçlarda, bazı kaya ve
toprak çeşitlerinde, madenlerde vs. görülebilen belledoite, berndite, dilithium, cadmoselite …

In this paper, an image recognition method of concrete structure damage based on Lamb
wave is proposed, which is studied by simulation and experiment. Firstly, the sensors are …