In recent years the application of concrete material in environment with very low
temperatures is on the rise. However, systematic knowledge on the mechanical behavior of …

The surging demand for liquefied natural gas (LNG) has spurred the construction process of
LNG storage tanks. As construction technologies and engineering materials are leaping …

混凝土材料因为性能优异, 取材广泛, 应用范围不断扩展. 火灾高温, 高纬度和极地严寒环境以及
液化天然气储罐等情形使得混凝土结构所承受的温度跨越1000℃ 左右的高温到-165℃ 的低温 …

As human progress forges ahead in the domain of ultra-low temperature advancements,
conventional concrete materials have been inadequate in addressing the exigencies of …

To investigate the mechanical properties of polyvinyl-alcohol (PVA)-fiber-reinforced rubber
concrete, 13 groups of PVA rubber/concrete specimens with PVA volume fractions of 0%, 0.5 …

Reinforced concrete (RC) structures exposed to cryogenic temperature environment, the
bond performance of rebar-concrete is related to the characteristics of concrete material and …

The meso-structure of concrete, which determines its apparent performance, is closely
related to the maximum aggregate size (MAS) and aggregate volume. At cryogenic …

Damage in concrete has been modelled using various approaches such as fracture
mechanics, continuum damage mechanics and failure envelope theories. This study …

The bond behavior between steel bar and concrete is greatly affected by the properties of
the concrete material and rebar. Compared with ambient temperatures, the mechanical …

To investigate the mode Ι fracture behavior of SFRC (Steel Fiber Reinforced Concrete) at
low temperatures, 3D meso-scale models of SFRC specimens with different steel fiber …