A coupled thermal-elastic-plastic-damage model for concrete subjected to dynamic loading
is proposed. This model is formulated in the thermodynamic framework, with the adoption of …

The numerical implementation of advanced plastic damage models has been challenging
due to the diverse computational difficulties caused by material nonlinearity. In this study …

Accurately predicting the Modulus of Resilience (MR) of subgrade soils, which exhibit non-
linear stress–strain behaviors, is crucial for effective soil assessment. Traditional laboratory …

With high compressive strength and high fracture toughness, steel fiber reinforced concrete
is widely used in large-span bridges and high-rise buildings. Since concrete structures are …

The thermal power industry, as a major consumer of hard coal, significantly contributes to
harmful emissions, affecting both air quality and soil health during the operation and …

This paper develops a modeling method with an incremental stress–strain–environment
constitutive model to predict the change in the plastic mechanical behavior of concrete …

Accurate prediction of resilient modulus (MR) in compacted subgrade soil is crucial for
planning secure and environmentally friendly flexible pavement systems. This research …

The current research aims to analyze metakaolin's effectiveness as a green and sustainable
admixture in ultra-high-performance concrete (UHPC). This study also focuses on …

This article examines the advantages of adding metakaolin (MK) as a mineral additive to
concrete mixes with varied amounts of modified recycled concrete aggregate (MRCA) …

The incorporation of rubber fibers (RFs) brings about significant divergence in the
characteristics of rubberized concrete when contrasted with traditional varieties. Thus …