Fiber-reinforced concrete (FRC) has received much attention in civil engineering in recent
years, mainly due to it improves the weak tensile strength and shrinkage cracks of concrete …

Knowing the development of compressive behavior of concrete with established appropriate
constitutive model is fundamental for structure and component design and simulation …

The concrete columns suffer from spalling and flaking in the room and pillar mining method,
which affects service performance. The energy absorption and deformation failure laws of …

The compressive behavior of plain concrete (PC) is more vulnerable to failure under applied
load compared to fiber reinforced concrete. Nowadays, multi scale hybrid fibers are used in …

The usage of mineral basalt fibers is a relatively novel and popular topic nowadays due to its
abundant availability, low cost, and higher temperature resistance. In addition, the …

The concrete undergoes brittle failure, which is a disadvantage for stability and safety
analysis. This drawback was compensated by addition of different types and size of fibers for …

This paper presents a modified concrete damaged plasticity model (CDPM) based on
ABAQUS, in order to accurately simulate the mechanical responses of steel-polypropylene …

Cracking is a multi-level process that damages the concrete structure or cement-based
material. Nowadays, multi-scale hybrid fibres can be utilized in concrete to get more …

This paper investigates for the first time the effect of blending hybrid steel-polypropylene
fiber (SF-PF) and coarse aggregate (CA) on the stress–strain behavior of ultra-high …

The dynamic compressive behaviour of hybrid basalt-polypropylene fibre-reinforced
concrete (HBPRC) under confining pressure was investigated using a Hopkinson …