A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Multifunctional high pile beam slab wharf physical experiment model and experiment method
The invention relates to a multifunctional high-pile beam slab wharf experimental model, which comprises a simulation wharf, a measurement system and a data collection system, and is characterized in that the size of the simulation wharf is scaled according to a Froude similarity criterion based on the size of each part of an actual wharf; the measuring system is installed on the simulation wharf and used for measuring the wave uplift load, the horizontal load and the wave overtopping amount. The data collection system is connected with the measurement system and is used for collecting various data measured by the measurement system. The invention further provides an experimental method of the experimental model, an experiment is carried out by sequentially controlling the wave height, the wavelength, the water depth and the simulation time or by controlling the beam height, the beam spacing and the slope height of the cross beams and the longitudinal beams, and data of the wave uplift load, the horizontal load and the wave overtopping amount are collected. According to the invention, wave conditions and experiment time are simulated based on an actual wave environment, the device can be universally applied to experiment water tank facilities, is rapid to install, and can simultaneously measure the uplift load, the horizontal load and the wave overtopping amount by considering the chamber between the beam and the slab and the wave reflection conditions.
本发明涉及一种多功能高桩梁板码头实验模型，其包括模拟码头、测量系统和数据收集系统，模拟码头的尺寸基于实际码头各部分尺寸按弗劳德（Froude）相似准则缩放；测量系统安装在模拟码头上，用于测量波浪上托荷载、水平荷载和越浪量；数据收集系统连接测量系统用于收集测量系统测得的各项数据。本发明还提供了该实验模型的实验方法，依次通过控制波高、波长、水深和模拟时间或通过控制横梁和纵梁的梁高、梁间距和斜坡高度进行实验，采集波浪上托荷载、水平荷载和越浪量数据。本发明基于实际波浪环境模拟波浪条件和实验时间的、能够普遍适用实验水槽设施且安装迅速，同时考虑梁板间腔室和波浪反射条件，能够同时测量上托荷载、水平荷载和越浪量。
Multifunctional high pile beam slab wharf physical experiment model and experiment method
The invention relates to a multifunctional high-pile beam slab wharf experimental model, which comprises a simulation wharf, a measurement system and a data collection system, and is characterized in that the size of the simulation wharf is scaled according to a Froude similarity criterion based on the size of each part of an actual wharf; the measuring system is installed on the simulation wharf and used for measuring the wave uplift load, the horizontal load and the wave overtopping amount. The data collection system is connected with the measurement system and is used for collecting various data measured by the measurement system. The invention further provides an experimental method of the experimental model, an experiment is carried out by sequentially controlling the wave height, the wavelength, the water depth and the simulation time or by controlling the beam height, the beam spacing and the slope height of the cross beams and the longitudinal beams, and data of the wave uplift load, the horizontal load and the wave overtopping amount are collected. According to the invention, wave conditions and experiment time are simulated based on an actual wave environment, the device can be universally applied to experiment water tank facilities, is rapid to install, and can simultaneously measure the uplift load, the horizontal load and the wave overtopping amount by considering the chamber between the beam and the slab and the wave reflection conditions.
本发明涉及一种多功能高桩梁板码头实验模型，其包括模拟码头、测量系统和数据收集系统，模拟码头的尺寸基于实际码头各部分尺寸按弗劳德（Froude）相似准则缩放；测量系统安装在模拟码头上，用于测量波浪上托荷载、水平荷载和越浪量；数据收集系统连接测量系统用于收集测量系统测得的各项数据。本发明还提供了该实验模型的实验方法，依次通过控制波高、波长、水深和模拟时间或通过控制横梁和纵梁的梁高、梁间距和斜坡高度进行实验，采集波浪上托荷载、水平荷载和越浪量数据。本发明基于实际波浪环境模拟波浪条件和实验时间的、能够普遍适用实验水槽设施且安装迅速，同时考虑梁板间腔室和波浪反射条件，能够同时测量上托荷载、水平荷载和越浪量。
Multifunctional high pile beam slab wharf physical experiment model and experiment method
一种多功能高桩梁板码头物理实验模型及实验方法
PENG CHEN (author) / CHEN CHENG (author) / NING DEZHI (author)
2024-01-02
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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