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2026 Vol. 0, No. 5
Published: 2026-05-10
1
Research and practice on carbon measurement and monitoring of alternative fuel kiln lines
Hot!
YE Meng, et al
2026 Vol. 0 (5): 1- [
Abstract
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99
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6
Research on low-temperature firing of calcium sulpho-aluminate modified Portland cement clinker
Hot!
LIU Chen, et al
To address the bottleneck issues of high limestone resource consumption and large calcination energy consumption in traditional Portland cement clinker production, this study innovatively utilizes calcareous slag derived from acid production from phosphogypsum to partially substitute limestone raw materials. A preparation process for calcium sulphoaluminate modified Portland cement clinker was developed. Through systematic optimization of raw material ratio and calcination system, the effects of calcareous slag substitution ratio, alumina modulus, and calcination temperature on the mineral composition and burnability of the clinker were investigated. This process significantly reduces the calcination temperature and exhibits both resource-saving and environmentally friendly characteristics. It provides a new pathway for the efficient utilization of low-grade limestone and phosphogypsum
2026 Vol. 0 (5): 6- [
Abstract
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72
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9
Technical research on influence of stone micro powder blending on strength of cement mortar
LIU Guoxi
2026 Vol. 0 (5): 9- [
Abstract
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63
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12
Influence of blast furnace slag powder on drying shrinkage performance of cement mortar
LIU Jiaxin
2026 Vol. 0 (5): 12- [
Abstract
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60
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18
Technology and application of denitration and deamination in calcium carbide slag cement production
Hot!
YIN Rixin, et al
2026 Vol. 0 (5): 18- [
Abstract
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128
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22
Ammonia emission treatment agents in research and application of new dry process cement kilns
SHE Jiangjiang, et al
2026 Vol. 0 (5): 22- [
Abstract
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60
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25
Synergistic poisoning mechanism and control strategy for thallium and ammonia slip in cement kiln flue gas on SCR catalysts#br#
LI Yutian
2026 Vol. 0 (5): 25- [
Abstract
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84
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28
Application of pyrolytic carbon black and other alternative fuels in cement production
Hot!
SONG Liangliang, et al
2026 Vol. 0 (5): 28- [
Abstract
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49
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31
Analysis and solutions of ash leakage problem at kiln tail
XIAO Hua, et al
2026 Vol. 0 (5): 31- [
Abstract
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51
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34
Industrial application of new raw material ratio process for cement production
SHI Jinglan
2026 Vol. 0 (5): 34- [
Abstract
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95
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37
Optimization design and simulation research on transitional section form of rectangular cooling air duct for cooler
CHEN Cheng, et al
2026 Vol. 0 (5): 37- [
Abstract
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34
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40
Research on key technologies for dust control and material transport in belt conveyor systems and engineering practice
LIU Yang, et al.
2026 Vol. 0 (5): 40- [
Abstract
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82
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44
Research on treatment technology for sagging problem of vertical power cables in preheaters
LIANG Xueran, et al
2026 Vol. 0 (5): 44- [
Abstract
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45
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46
Experimental study on effect of PAN indicator preparation method on color development performance
XIONG Lei, et al
2026 Vol. 0 (5): 46- [
Abstract
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69
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48
Research on dynamic compression mechanical properties of basalt fiber ultra-high performance concrete
CHEN Pan, et al
To investigate the dynamic mechanical properties of basalt fiber UHPC, dynamic compression tests were conducted using a Split Hopkinson Pressure Bar (SHPB) to test UHPC specimens with three different fiber volume fractions (1%, 2%, and 3%). The research indicates that under dynamic compression, the failure mode of basalt fiber UHPC gradually transitions from bulk failure to powder-like failure as the strain rate increases. The dynamic compressive strength shows a trend of first increasing and then decreasing with the increase in fiber content; it reaches its maximum when the basalt fiber content is 1%. The peak stress of basalt fiber UHPC increases with the increasing strain rate. By fitting the dynamic peak stress against the logarithm of the strain rate, it is concluded that the Dynamic Increase Factor (DIF) exhibits a linear relationship with the logarithm of the strain rate
2026 Vol. 0 (5): 48- [
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58
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53
Research on influence of saline soil on mechanical properties of concrete
NAIBI Wusiman, et al
In this study, soil samples collected from Awati Township, Kashgar City, were analyzed using ion chromatography to identify corrosive ions. Composite salt solutions were prepared using sulfate and chloride ions, which have significant corrosive effects on concrete, for complete immersion tests. This study investigated the influence of composite salt erosion on key mechanical properties of concrete, such as compressive strength and flexural strength. The results indicate that changes in composite salt concentration and erosion duration both alter the mechanical properties of concrete. For solutions of the same concentration, as erosion time increased, the compressive strength of concrete exhibited a slight initial improvement, followed by a significant decline in mechanical properties during the later stages of erosion. With the progression of erosion, the compressive and flexural strengths of cement mortar decreased. When the erosion duration was constant, higher salt concentrations led to greater negative impacts on concrete's mechanical properties. During the composite salt erosion process, chloride ions disrupt the protective film on the concrete surface. Sulfate ions react with internal components of the concrete, causing the disorder of the chemical composition in concrete, increased porosity, and the development of wider cracks within the specimens, ultimately leading to structural instability.
2026 Vol. 0 (5): 53- [
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75
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58
Research and application of ultra-high early-strength concrete in rapid maintenance projects of urban main roads
GONG Yaobin
2026 Vol. 0 (5): 58- [
Abstract
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85
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62
Research on influence of coarse aggregate needle flaky shape content on properties of C30 concrete
CHEN Pingda, et al
2026 Vol. 0 (5): 62- [
Abstract
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80
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66
Research and design of low-carbon ultra-low cement factor concrete
WANG Aiwen, et al
2026 Vol. 0 (5): 66- [
Abstract
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46
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0
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69
Key technologies and applications of modular three-dimensional aggregate silos for green and intelligent concrete production in engineering mixing plants
ZHAO Wenguang, et al
2026 Vol. 0 (5): 69- [
Abstract
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66
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74
Simulation analysis research on repair of single cracks in bridges using high-strength and high-elastic- ductility cement-based composite materials
SHA Guangchao, et al
2026 Vol. 0 (5): 74- [
Abstract
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53
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78
Static load test of hinged prefabricated T-beam bridge with damaged hinge joints
FANG Donghui
2026 Vol. 0 (5): 78- [
Abstract
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76
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81
Factors affecting stability of concrete strength and control measures
LIU Weilong, et al
2026 Vol. 0 (5): 81- [
Abstract
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65
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84
Research on influencing factors of durability of concrete linings in highway tunnels and protective technologies
LI Zhiwei
2026 Vol. 0 (5): 84- [
Abstract
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78
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87
Research and application of crack prevention technology for concrete structures in building construction projects
ZHAO Xintong
2026 Vol. 0 (5): 87- [
Abstract
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30
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0
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90
Full-process quality control of concrete test blocks for nuclear power projects
ZHANG Huiping
2026 Vol. 0 (5): 90- [
Abstract
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65
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93
Research on optimization of high-performance concrete mix ratio and mechanism for comprehensive performance enhancement in highway engineering
GAO Jianan, et al.
2026 Vol. 0 (5): 93- [
Abstract
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36
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96
Research on application and performance optimization of recycled concrete for highway bridges under concept of green and low-carbon
LI Chao
2026 Vol. 0 (5): 96- [
Abstract
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62
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99
Numerical simulation analysis of bearing capacity of composite foundation with cement fly ash gravel piles in high-rise buildings
ZHOU Shengping, et al
2026 Vol. 0 (5): 99- [
Abstract
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38
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0
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102
Current situation, technological evolution and development trends of environmentally friendly concrete mixing stations/buildings
ZHENG Shiqi, et al
2026 Vol. 0 (5): 102- [
Abstract
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77
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105
Research on temperature control measures for large volume concrete construction and intelligent prediction method for crack risk
ZHAO Taojie, et al
2026 Vol. 0 (5): 105- [
Abstract
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43
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108
Experimental study on bearing characteristics of soft soil foundation reinforced by cement soil mixing piles
DUAN Yufan
2026 Vol. 0 (5): 108- [
Abstract
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53
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110
Research on control of early shrinkage cracks and construction technology of water-washed recycled aggregate concrete with high content of fly ash
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XU Bo
2026 Vol. 0 (5): 110- [
Abstract
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40
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114
Research on application of deep cement mixing pile construction technology in treatment of soft soil foundations
LI Zhongfeng
2026 Vol. 0 (5): 114- [
Abstract
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63
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117
Research on treatment of concrete pavement damage and structural overlay construction in highway reconstruction projects
LI Zhao
2026 Vol. 0 (5): 117- [
Abstract
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43
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120
Construction techniques and implementation measures for controlling concrete cracks in hydraulic structures
HU Yong
2026 Vol. 0 (5): 120- [
Abstract
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35
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123
Research on construction technology of steel grid frame concrete nodes in high-speed railway station buildings
HOU Xiaokun
2026 Vol. 0 (5): 123- [
Abstract
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56
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126
Research on construction quality control and durability enhancement technology of expansion joints in reinforced concrete bridges
YI Jiongming
2026 Vol. 0 (5): 126- [
Abstract
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65
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129
Force characteristics of partition wall in high-voltage cable shaft under different sliding-up speeds of concrete sliding formwork
GUO Lina, et al
2026 Vol. 0 (5): 129- [
Abstract
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43
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131
Collaborative design and engineering application of fiber-reinforced concrete in bridge crack resistance and green construction
WEI Meng
2026 Vol. 0 (5): 131- [
Abstract
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51
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134
Research on concrete seepage prevention fill technology in hydropower station dam projects
TAO Yizhen
2026 Vol. 0 (5): 134- [
Abstract
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72
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137
Analysis of impact of concrete construction technology on efficiency of channel irrigation dredging
GUO Yuxi
2026 Vol. 0 (5): 137- [
Abstract
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60
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140
Existing concrete structure reinforcement construction technology based on microbial mineralization technology
SONG Zonglin
2026 Vol. 0 (5): 140- [
Abstract
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99
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143
Research on construction quality control and durability of connection nodes for prefabricated and assembled bridge concrete components
GAO Yakun
2026 Vol. 0 (5): 143- [
Abstract
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42
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146
Research on monitoring technology for construction process of large steel shell concrete shaft
CAO Zhiming
2026 Vol. 0 (5): 146- [
Abstract
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69
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149
Research on optimization of cast-in-place concrete construction technology and enhancement of construction efficiency under complex formwork system
CAO Hui
2026 Vol. 0 (5): 149- [
Abstract
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48
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152
Concrete pouring construction technology for beam-column joints in reinforced concrete frame structures
YANG Honglu, et al
2026 Vol. 0 (5): 152- [
Abstract
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86
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155
Analysis of causes of cracks in bridge concrete structures and research on repair technologies
SHI Na
2026 Vol. 0 (5): 155- [
Abstract
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60
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