In a significant advancement for the construction industry, researchers at Hebei University of Technology have unveiled a novel approach to optimizing grinding processes through an innovative algorithm. Led by Zhou Ying, the team has developed the Bi
Hebei University Team Develops Algorithm to Transform Grinding Efficiency Read More »
In an era where efficiency and innovation drive the construction industry, the recent research on multi-robot formation control by JIA Yong-nan from the School of Automation and Electrical Engineering at the University of Science and Technology Beiji
Robotic Revolution in Construction Promises Efficiency and Cost Savings Read More »
In a significant advancement for the construction and manufacturing sectors, researchers have unveiled a new method for detecting weld defects using metal magnetic memory (MMM) technology. This breakthrough, led by Li Si-qi from the School of Astrona
New Method Revolutionizes Weld Defect Detection with Magnetic Memory Technology Read More »
In a significant advancement for adaptive control systems, researchers have explored a novel approach to optimize performance in environments characterized by large parameter uncertainties. This groundbreaking study, led by Zhang Yu-zhen from the Sch
New Weighting Algorithm Revolutionizes Adaptive Control in Construction Read More »
In an era where precision and quality in construction materials are paramount, a recent study has unveiled significant advancements in the straightening process of bar products, a critical component in various construction applications. The research,
Revolutionary Study Transforms Bar Straightening for Higher Construction Quality Read More »
In a groundbreaking study published in ‘Engineering Science Journal’, researchers have delved into the intricate dynamics of fine particles during the ore drawing process using the block caving method. This innovative research, led by LI Tao from the
New Research Unveils Key Insights to Optimize Fine Particle Management in Mining Read More »
Recent research spearheaded by ZHAO Huan-juan from the School of Civil and Resource Engineering at the University of Science and Technology Beijing has unveiled significant insights into the detonation behavior of methane, a crucial component in vari
Research Uncovers Methane’s Detonation Insights to Enhance Construction Safety Read More »
Recent research led by LU Jian-tao from the Centre for Rock Instability & Seismicity Research at Northeastern University has unveiled critical insights into the fractal characteristics of stylolites and their significant impact on the strength of lim
New Research Reveals How Stylolites Impact Limestone Strength in Construction Read More »
Recent research from the University of Science and Technology Beijing has shed light on the complexities of sulphide-containing backfill, a material increasingly used in construction and mining applications. The study, led by Yin Sheng-hua from the S
University of Science and Technology Beijing Uncovers Key Insights on Backfill Read More »
Recent advancements in geotechnical and mining engineering have unveiled a groundbreaking method for analyzing force chains within composite particles, a significant step forward in understanding the mechanics of soil and rock interactions. This inno
Revolutionary Method Enhances Understanding of Soil and Rock Interactions Read More »
