The application of high performance in our lives

Abstract

This paper provides an overview of high-performance concrete (HPC), including its definition, behavior, development,
design criteria, innovative structural application examples, prospects, challenges, and limitations. HPC is a special type
of concrete with higher strength, durability, and other properties than conventional concrete. Several factors, such as
shrinkage properties, thermal properties, flexibility, and durability, influence HPC behavior. Design criteria for HPC
include High strength design, water-cement ratio, temperature resistance, and other design properties. Over the years,
HPC has evolved to meet the growing demand for high-performance structures, such as using recycled aggregates in
HPC, developing self-compacting concrete (SCC), and developing ultra-high performance concrete (UHPC). Innovative
structural applications of HPC include the application of HPC in precast components, high-rise building structures, etc.
The future of HPC is promising as it is continuously developed and optimized for various applications. However, there
are still some challenges and limitations to overcome, such as high production costs, maintenance work requirements,
difficulty mixing, and so on. This paper provides valuable insights for engineers, architects, and researchers interested in
designing and constructing HPC structures.