振冲法

振冲法加固海底软土的试验研究

Vibroflotation Method in Improvement of Soft Foundation at the Sea Bottom

振冲法加固砂壳坝试验研究

Experimental Study on Vibroflotation Method for Strengthening Sand Shell of Dams

振冲法加固可液化砂土地基的效果分析

Effect Analysis for Reinforcing Liquifiable Sandy Soil Foundation by Shaking-Pounding Method

基于振冲法的坝基液化处理设计及施工监控

Design and construction supervision of dam foundation liquefaction with vibroflotation method

振冲法在坝基抗液化处理施工中的应用

Application of vibrosinking method in dam foundation anti - liquefaction treatment

黄河冲积平原地区消除饱和砂土震动液化的对策之一&振冲法

Anti-Vibration Liquefaction of Saturated Sand in Alluvial Plain of Yellow River-Vibroflotation

振冲法碎石桩加固软弱路基施工技术

Construction Technique of Reinforcement of Soft Ground by Vibratory Impulsed Rubble Piles

振冲法加固软土地基的设计、施工及其发展

The Design Execution and Development of Vibratory Percussive Method Strengthening Soft Foundation

水下深层振冲法在港口工程中的应用

Application of Underwater Vibro - Compaction Method in Port Engineering

振冲法在温泉水库坝基液化加固处理中的应用

Vibroflotation method for dam foundation liquefaction treatment in Wenquan reservoir

振冲法加固饱和疏松粉细砂试验研究

Study of Vibroflotation Compaction of Loose Silty Fine Sands TESTING

振冲法加固码头风化砂回填地基

Strengthening of Weathered Sand Fill Foundation with Vibroflotation Method

振冲法对多层软弱坝基的处理

Treating multilayer soft dam foundation by vibroflotation method

振冲法加固处理杂填土地基的机理与应用

Mechanism and application of VIBRO-PERCUSSIVE method in consolidation and treatment of impurity fill foundation

用振冲法加固特殊地基

Special Foundation Consolidation by the Method of Vibroflotation

振冲法地基处理施工技术

Construction technique of ground treatment with vibro-punching method

振冲法处理地基若干问题的探讨

Some Problems About Vibroflotation method treatment foundation

振冲法及高压喷射灌浆技术在病险水库处理中的应用

The Application of the Vibroflotation Process and the High-pressure Sprinkling Grouting Technology in Ill-conditioned Reservoirs

振冲法加固油罐软土地基的现场实测分析

Field Test and Analysis of Reinforcing Soft Soil Foundation of Oil Storage Tank by Vibrating-Pounding Method

无填料振冲法加固吹填粉细砂现场试验研究

Local Test Study of Vibroflotation on Hydraulic Backfilled Silty and Fine Sand without Additional Backfill Materials

振冲法的开发与进展

Development and advancement of vibroflotation method

本文详细阐述了振冲法施工工艺和步骤，振冲法施工的质量控制方法。

The construction method of vibration technology and procedures , quality of construction method of vibration control are described in this paper .

无填料振冲法在液化粉细砂中的应用研究谈砂卵石水下填筑中振冲施工的监理

Application of vibroflotation without backfill in liquefiable silty and fine sand Construction supervision of the vibroflotation method of filling gravel under water

对振冲法的预振效应进行了分析，认为预振效应的机理是经过振动处理后，砂土地基的微观结构得到了优化。

The underlying mechanism of pre-vibration effect is also discussed , which is thought to be useful to improve the microstructure of sand .

橡胶基导热复合材料中填充粉体粒径对导热性能的影响无填料振冲法加固吹填粉细砂现场试验研究

Effect of diameters of filler to conductivities of rubber matrix composites Local Test Study of Vibroflotation on Hydraulic Backfilled Silty and Fine Sand without Additional Backfill Materials

介绍了某工程采用振冲法加固软弱地基的加固效果，并进行了分析。

Application of vibro crushedstonepile for consolidation of soft soil and its effect in a real project are introduced , and its economic analysis is carried out .

振冲法填料选择应满足反滤原理，避免振动时发生体积应变；

The selection of the filling by vibration shock method should be in conformity with the anti-filtration principle so as to avoid the volume strains during the vibration ;

本文结合振冲法在辽干防洪工程基础抗液化处理施工中的应用，介绍了振冲法的施工工艺、加固机理及加固效果。

The paper introduces the construction technology of the vibrosinking method , the consolidation mechanism and the effect with the anti - liquefaction treatment project in Liaohe river mainstream .

结合某松细砂地基加固工程，对低能量强夯法和无填料振冲法处理松细砂地基的适用性及加固效果进行了试验研究，并对它们的适用范围、优缺点进行了比较分析。

In order to research the usability of low-energy dynamic compaction and non-filler vibro-flush for treating loose fine sand and their reinforcing effects , a serial of tests have been carried out .

根据振冲法设计处于半经验、半理论的现状，首次提出了抗液化处理的能量当量准则，为其设计提供了更精确科学方法；

Under the circumstances of the vibration shock process which is half way either in practice or in theory , proposing the energy equivalence principle criteria and providing scientific methodology for its design ;