搜索资源列表
用MIDASCivil做悬索桥分析
- 用MIDASCivil做悬索桥分析；空间分析
xuansuoqiao
- 通过完整ansys命令流，模拟分析悬索桥变形。希望对学习ansys有限元及桥梁工程的技术人员有所帮助。-无
Curve-fitting
- 悬索桥预拱度的曲线拟合应用，在已知桥梁固定点的位置时，根据已知几个点采用几种不同精度的方法对预拱度进行拟合。-The degree of suspension bridge arch curve fitting application, known in the position of the bridge protection, according to several points using several different k
modeling-and-static-analysis-of-suspension-bridge.
- 主要是建立悬索桥的模型，以及对悬索桥进行静力分析。-modeling and static analysis of suspension bridge
FEAPpv
- 非线性有限元分析程序，可以计算缆索的静动力响应，应用于悬索桥、海洋平台系泊缆索的分析。-nonlinear finite element analysis program NFEAP, can be used for the static and dynamic of mooring lines .
ZhuLan
- 计算悬索桥主缆集度的小程序,用于悬索桥总体设计时主缆面积的估算,迭代精度比较高-Small program to calculate the degree of Main Cable for the overall design of the suspension bridge main cable area estimates, iterative relatively high accuracy
BridgeBench_Win32
- 这是一个用matlab编写的计算模型，用于分析悬索桥梁地震响应的Benchmark控制问题。-This computational model contains the original files for the Phase I Benchmark Control Problem for Seismic Response of Cable-Stayed Bridges.
zhuta
- MATLAB悬索桥主塔随机脉动风速模拟程序-MATLAB Suspension Bridge Tower randomly fluctuating wind speed simulation program
SHAPE-FINDING
- 悬索桥找形的小程序，很方便使用，结果信赖可靠，让你满意-shapefinding for suspension bridge
ANSYS进行悬索结构的找形和计算
- ansys进行悬索找形，较解析计算结果相差不大，精度较好。(ANSYS for cable shape finding)
ShapeFinding_SupensionBrige
- 大跨悬索桥主缆空间找形程序，通过matlab输入初始参数，程序自动搜索主缆与吊索交点位置，吊索荷载等(The main cable shape finding program of large span suspension bridge)
Matlab
- 此程序可自动计算出空缆状态下悬索桥主缆线形(This program can automatically calculate the suspension bridge main cable line cable state)
星海湾单索程序
- 对斜拉桥或者悬索桥的拉索进行的数值模拟，matlab程序，有完整中文注释(The numerical simulation of cable of cable-stayed bridge or suspension bridge, matlab program, with complete Chinese annotations)
一个悬索桥的模型
- 利用ansys apdl命令建立一个悬索桥的模型，(APDL command suspension bridge model)
悬索桥
- 通过ANSYS APDL参数化建模，创建简单悬索桥模型及静力分析(Through ANSYS APDL parametric modeling, a simple suspension bridge model and static analysis are created)
ANSYS悬索桥命令流
- 双塔三跨悬索桥ANSYS命令流 用于结构静力计算(ANSYS command flow for two-tower three-span suspension bridge)