A comprehensive review of optimization research concerning the design and proportioning
of concrete mixtures is presented herein. Mixture design optimization is motivated by an ever …

As an available and high-quality supplementary cementing materials (SCMs), Consumption
of Metakaolin (MK) was proposed by many research to replace Portland cement to improve …

This study presents an optimized design method in developing ultra-high performance
concrete (UHPC) with high wet packing density, in which the multiply effects of solid and …

Recently, a number of machine-learning models have been proposed for the prediction of
28-day compressive strength of concrete using constituent material information as inputs …

The main objective of the research study described herein is to build two analytical models
based on artificial neural networks (ANNs) and the statistical mixture design (SMD) method …

Cement consumption is rapidly increasing around the world causing environmental
concerns over higher CO 2 emissions. Metakaolin obtained through the calcination of …

A step‐by‐step statistical approach is proposed to obtain optimum proportioning of concrete
mixtures using the data obtained through a statistically planned experimental program. The …

Chloride diffusion coefficient depends on many variables including concrete quality,
environmental conditions, and time. In this investigation, the concrete quality and time were …

Sealed-space-filling self-compacting concrete (SSFSCC) is used in China Rail Track System
(CRTS) III ballastless slab track of high-speed rail, which has been originally developed in …

The high flowability of self-compacting geopolymer mixtures (SCGMs), combined with the
characteristics of high mechanical performance, durability, and low CO 2 emission, has …