Sulfate-induced deterioration can reduce the service life of a concrete structure. A coupled
chemo-transport-damage model for external sulfate attack is developed, which predicts the …

The work reports on an experimental programme, conducted to validate comprehensively
our previously proposed coupled chemo-transport model for external sulfate attack on …

This paper presents an experimental study on the damage progress of lightweight ultra-high
performance concrete (LUHPC) subject to sulfate attack under flexural loading. Two different …

The deterioration of concrete caused by sodium sulfate attack (SSA) is a process of volume
expansion and cracking layer by layer, causing the external solution to flow directly into …

This paper comprehensively summarizes moisture transport, ion transport, and mechanical
damage models applied to concrete under sulfate attack and drying–wetting cycles. It …

It is of tremendous difficulty to draw a conclusive verdict on the complex process of mutual
interference regarding the combined chloride-sulfate attack on concrete, where many have …

Cementitious concrete structures serving in sulfate environments suffer from serious
durability challenges caused by chemical sulfate attacks (CSA), which lead to the volume …

In order to assess the effect of fine fraction of Reclaimed Asphalt Pavement (RAP)
aggregates as an alternative to natural fine aggregates (NA), cement mortar samples were …

The deterioration of cement based materials in marine and salts lakes environment is
complicated problem, due to the presence of chlorides and sulfate simultaneously. The …

Reinforcement corrosion is one of the most frequent durability problems among ageing
concrete structures. Macrocell corrosion is greatly affected by both concrete properties and …