cantilever retaining wall

As a common form of retaining wall , Cantilever retaining wall is widely used in geotechnical engineering .

悬臂式挡土墙作为挡土墙的一种常见的形式，在岩土工程界应用广泛。

A cantilever retaining wall has to be built on soft soil foundation in order to meet the needs of design .

某工点因设计需要，要在软土地基上修筑悬臂式挡土墙。

Discussion on numerical analysis and application of new structure of cantilever retaining wall

垛式新型悬臂式挡墙的数值分析及应用探讨

Cantilever retaining wall optimization design based on the genetic algorithm

基于遗传算法悬臂式挡土墙优化设计

The complex method of optimization design for cantilever retaining wall

悬臂式挡土墙结构优化设计的复形法

Based on Neural Network Cantilever Retaining Wall Modal Parameter Identification

基于神经网络的悬臂式挡墙模态参数识别

Comparison of force balance analysis between relieving and cantilever retaining wall

超越与持守&论郁达夫小说的独特价值与不足卸荷式与悬臂式挡土墙受力分析比较

Direct Calculation of Vertical Reinforcement of Cantilever Retaining Wall Based on Crack Control

基于裂缝控制的悬臂式挡墙竖向配筋直接计算

Cantilever retaining wall design in condition of sick silt base

深厚淤泥土层条件下悬臂式挡土墙设计

On Methods for Calculating Stresses in Bottom Slab of Cantilever Retaining Wall

悬臂式挡土墙底板结构计算方法探讨

The negative issues that may caused in the design of Cantilever retaining wall and present our solutions

悬臂式轻型挡土墙设计中应注意问题的探讨

Study on theory modal and health diagnose of the cantilever retaining wall by superposition method .

集中质量参数法悬臂挡墙理论模态与健康诊断研究。

Effect of foundation trench strength to endogen force and failure model of cantilever retaining wall

基槽强度对悬臂式挡土墙内力和破坏模式的影响

Quality inspection and study on seismic design of Cantilever retaining wall have been widely concerned in the geotechnical field .

悬臂式挡土墙的质量检测及抗震设计研究一直是岩土工程界广泛关注的问题。

In this dissertation the main original work includes : ① Study on bearing mechanism and vibration modality theory of the cantilever retaining wall .

主要工作有：①悬臂挡墙受力机理及振动模态理论研究。

Bearing boards linked to a cantilever retaining wall can reduced the pressure from soil and help to resist toppling moment .

悬臂式挡土墙上增设挑板后，可以减少土压力，增加抗倾覆弯矩。

The light and soft behaviors of the cantilever retaining wall have the characteristics to be adapted to the alternant deformation , but its height is limited .

悬臂式挡土墙轻型、柔性的力学特点使其具有适应交替变形的优点，但对其高度有一定的限制。

There are many types of Retaining walls , including the gravity retaining wall , cantilever Retaining Wall , counterfort retaining wall , reinforced retaining wall , chamber retaining wall and so on .

挡土墙有很多的类型，包括重力式挡土墙、悬臂式挡土墙、扶壁式挡土墙、加筋土挡土墙、锚定板挡土墙、空箱式挡土墙等。

The optimizing CAD programme is drawn up for designing the cantilever retaining wall . After inputting the design parameters to the computer with the style of man-machine conversation , the design drawing of retaining wall could be obtained immediately .

用复形法编制悬臂式挡土墙优化设计程序，通过人机对话（对话框）方式输入悬臂式挡土墙优化设计的各种参数，直接由计算机绘制工程图。

Through field test , the modal shape and modal frequency of the cantilever retaining wall system are tested and computed . Then based on the superposition method model the health diagnose method for the local damage and the two typical failure modes for slippage , capsizal are studied .

通过现场试验，对悬臂挡墙系统模态振型、频率进行了测试与计算，并基于集中质量参数法对墙体结构局部损伤及倾覆和滑移两种典型破坏模式下健康诊断方法进行了研究。

Application study of cantilever type retaining wall on roads in mining area

悬臂式挡土墙在采动区道路中的应用研究

Loading analysis and comparison of the unloading type and cantilever type retaining wall

卸荷式与悬壁式挡土墙受力分析与比较悬臂式挡土墙受力分析

Application of Parameter-method in the Design of Bottom-slab 's Size of Cantilever Type Retaining Wall

参数法在悬臂式挡土墙底板尺寸设计中的应用

However , the study on the dynamic characteristic of cantilever retaining structure is insufficient , which baffle quality inspection and seismic design of it . Therefore , the study on the low-strain dynamic characteristic of cantilever retaining wall has important practical significance .

然而，由于对悬臂式挡土结构的动力特性研究不足，成为其质量检测和抗震设计的一大障碍，因此，对悬臂式挡墙进行低应变动力特性研究具有重要的现实意义。