Recent advancements in recycling have transformed nonrenewable resources into partially
renewable resources. In line with these advancements, the application of wastes, including …

Low impact on the environment and low cost are the key drivers for today's technology
uptake. There are many concerns for cement production in terms of negative environmental …

This study investigated the mechanical properties and elevated temperatures of lightweight
concrete (LWC) incorporating polypropylene fibre (PPF) and glass fibre (GF). The …

The mechanical and structural behavior of infrastructure and buildings under high-
temperature environment is one of the major concerns in retrofit technologies. The present …

Engineered cementitious composite (ECC) with polyvinyl alcohol (PVA) fiber shows great
potential in buildings and infrastructure constructions due to its characteristics of strain …

The aim of this study is to evaluate the effect of elevated temperature on the properties of
hybrid fiber reinforced high strength concrete (HFRHSC) and columns under eccentric …

High temperatures can deteriorate the mechanical properties of geopolymer buildings.
Rapid prediction of the residual mechanical properties and failure mode of geopolymer …

Impervious pavements exist in large proportions in most cities owing to the high-impact
development of the transportation infrastructure. However, this type of pavement causes …

This study applies a methodology to evaluate the ecotoxicological potential of raw materials
and cement-based construction materials. In this study, natural aggregates and Portland …

This study examined the effect of amorphous metallic (AM) fibers on the spalling properties
of high-strength concrete. Nine specimens with concrete strengths of 100 MPa and 120 MPa …