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Alkali-activated iron tailing slag concrete and wave-dissipating self-locking block
The invention relates to the technical field of recycled concrete, and particularly discloses alkali-activated iron tailing slag concrete and a wave-dissipating self-locking block body, the alkali-activated iron tailing slag concrete is formed by mixing gelling agent powder, an alkali activator, aggregate, iron tailing sand and water, and the wave-dissipating self-locking block body made of the alkali-activated iron tailing slag concrete comprises an I-shaped block body, one side of the I-shaped block body is vertically and fixedly connected with a supporting beam, and the bottom end of the supporting beam is flush with the bottom end of the I-shaped block body; a flow guide structure and a wave dissipation structure are arranged on the side, away from the supporting beam, of the I-shaped block. The wave-dissipating self-locking block prepared from the alkali-activated iron tailing slag concrete has the characteristics of high density, large dead weight, high early strength, controllable setting and hardening, high corrosion resistance, energy conservation, environment friendliness and the like. The wave propagation path can be destroyed, the growth state, integrity and continuity of waves are affected, wave transmission energy is reduced, the wave propagation speed is reduced, and the wave propagation distance is shortened.
本发明涉及再生混凝土技术领域，具体公开一种碱激发铁尾矿渣混凝土及消浪自锁块体，碱激发铁尾矿渣混凝土由胶凝剂粉料、碱激发剂、骨料、铁尾矿砂和水混合而成，使用碱激发铁尾矿渣混凝土制作的消浪自锁块体包括工字形块体，工字形块体的一侧垂直固定连接有支撑梁，支撑梁的底端与工字形块体的底端齐平；工字形块体远离支撑梁的一侧设置有导流结构和消浪结构。本发明利用碱激发铁尾矿渣混凝土制备的消浪自锁块体，具有密度大、自重大、早期强度高、凝结硬化可控、耐腐蚀性强、节能环保等特点。能够破坏波浪的传播路径，影响波浪的成长状态与整体性、连续性，减少波浪传递的能量，减小波浪的传播速度，缩短波浪的传播距离。
Alkali-activated iron tailing slag concrete and wave-dissipating self-locking block
The invention relates to the technical field of recycled concrete, and particularly discloses alkali-activated iron tailing slag concrete and a wave-dissipating self-locking block body, the alkali-activated iron tailing slag concrete is formed by mixing gelling agent powder, an alkali activator, aggregate, iron tailing sand and water, and the wave-dissipating self-locking block body made of the alkali-activated iron tailing slag concrete comprises an I-shaped block body, one side of the I-shaped block body is vertically and fixedly connected with a supporting beam, and the bottom end of the supporting beam is flush with the bottom end of the I-shaped block body; a flow guide structure and a wave dissipation structure are arranged on the side, away from the supporting beam, of the I-shaped block. The wave-dissipating self-locking block prepared from the alkali-activated iron tailing slag concrete has the characteristics of high density, large dead weight, high early strength, controllable setting and hardening, high corrosion resistance, energy conservation, environment friendliness and the like. The wave propagation path can be destroyed, the growth state, integrity and continuity of waves are affected, wave transmission energy is reduced, the wave propagation speed is reduced, and the wave propagation distance is shortened.
本发明涉及再生混凝土技术领域，具体公开一种碱激发铁尾矿渣混凝土及消浪自锁块体，碱激发铁尾矿渣混凝土由胶凝剂粉料、碱激发剂、骨料、铁尾矿砂和水混合而成，使用碱激发铁尾矿渣混凝土制作的消浪自锁块体包括工字形块体，工字形块体的一侧垂直固定连接有支撑梁，支撑梁的底端与工字形块体的底端齐平；工字形块体远离支撑梁的一侧设置有导流结构和消浪结构。本发明利用碱激发铁尾矿渣混凝土制备的消浪自锁块体，具有密度大、自重大、早期强度高、凝结硬化可控、耐腐蚀性强、节能环保等特点。能够破坏波浪的传播路径，影响波浪的成长状态与整体性、连续性，减少波浪传递的能量，减小波浪的传播速度，缩短波浪的传播距离。
Alkali-activated iron tailing slag concrete and wave-dissipating self-locking block
一种碱激发铁尾矿渣混凝土及消浪自锁块体
WANG YAMIN (author) / SUN XIPING (author) / CAO SHAOJUN (author) / YIN JILONG (author) / ZHU PENGRUI (author) / XUE RUNZE (author) / WANG XIN (author) / GUO SHANG (author) / YANG SONG (author)
2024-10-01
Patent
Electronic Resource
Chinese
WAVE DISSIPATING CONCRETE BLOCK ASSEMBLY AND WAVE DISSIPATING CONCRETE BLOCK THEREFOR
| European Patent Office | 2021