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基于不同后注浆方法的桥梁桩基沉降分析
张荆晶1, 夏张琦2
1.武汉科技大学资源与环境工程学院,430081,武汉;2.中南大学土木工程学院,410000,长沙
Settlement analysis of bridge piles based on different post-grouted methods
ZHANG Jing-jing1, XIA Zhang-qi2
1. School of Resource and Environmental Engineering, Wuhan University of Science and Technology, 430081, Wuhan, China; 2. School of Civil Engineering, Central South University, 410000, Changsha, China
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摘要 采用慢速维持荷载堆载法,分析采用3种不同后注浆条件(桩端注浆,桩侧注浆,联合注浆)及未注浆条件的桩基沉降特性,结果表明桩基采用后注浆能有效控制桩基桩顶沉降;与未注浆桩相比,桩端注浆桩可减少沉降0.86 mm,桩侧注浆桩可减少沉降1.32 mm,联合注浆桩可减少沉降1.42 mm;采用后注浆后,桩基荷载–沉降曲线近似为直线,其极限荷载较未注浆有较大提高。
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张荆晶1
夏张琦2
关键词堆载法;后注浆;沉降;荷载&ndash   沉降曲线     
Abstract: Based on the large-scale field test, the accumulation load methods adopted to study the influence of different post-grouted methods (post-tip-grouting, post-side-grouting, tip and side post-grouting) on settlement of pile top. The field tests show that the post-grouted method could decrease the settlement effectively. Compared with the non-grouted pile M1, the settlement of post-tip-grouted pile M2 decreases 0.86 mm; the settlement of post-side-grouted pile M3 decreases 1.32 mm; the settlement of tip and side post-grouted pile M4 decreases 1.42 mm. After adopting post-grouting, the loading-settlement curves are similar to lines, the limited loading of which will increase dramatically.
Key wordsaccumulation load method   post-grouting   settlement   loading-settlement curve   
引用本文:   
张荆晶1,夏张琦2. 基于不同后注浆方法的桥梁桩基沉降分析[J]. 建筑技术, 2017, 48(3): 233-.
ZHANG Jing-jing1,XIA Zhang-qi2. Settlement analysis of bridge piles based on different post-grouted methods[J]. Architecture Technology, 2017, 48(3): 233-.
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