搜索资源列表
DF
- 主要用于节理裂隙岩体的非连续变形分析，也可以模拟爆破作用下的动力响应。-Mainly used for joints of the non-fractured rock mass deformation analysis, it can simulate the explosion of the dynamic response under.
DL
- 岩体的非连续变形分析前处理部分2（区别与DC部分）：主要是用于判断裂隙是否形成封闭回路，利用tree cutting方法去除无效裂隙得到块体网络，为下面的计算做准备。-Rock mass deformation analysis of non-continuous pre-treatment part 2 (the difference with the DC part): The principal objective is to determine whether the formation
gap-width-and-JRC
- 计算岩石表面裂隙宽度并求取其表面粗糙度系数-Calculate the rock surface crack width and strike the surface roughness coefficient
1main
- 逾渗中的键逾渗模型,可以用来描述流体在裂隙中的流动-bond percolation
Connectivity_Analysis
- 岩体稳定性计算，裂隙岩体连通率计算源代码，应用于边坡，大坝等-Rock stability calculation, fractured rock connectivity rate calculation source code, used in slope, dams, etc.
FCG_3D
- 岩体稳定性计算，单个裂隙生成，三维模型！应用于边坡，大坝等岩质结构！-Rock stability calculations, a single crack generation, three-dimensional model! Applied to the slope, rock dams and other structures!
Meshing_Fractures
- 岩体稳定性计算，裂隙岩体节理网络网格划分，用于有限元计算。应用于边坡，大坝等岩体结构工程！-Rock stability calculation, fractured rock joint network mesh for finite element calculations. Applied to the slope, dams and other rock structure works!
shear-wave-splittingflt
- 实现剪切波分解的程序，剪切波在各向异性介质中会发生沿裂隙方向和垂直裂隙方向的两个波。程序实现模拟，并生成avi格式视频-shear wave splitting
gap-width-and-JRC
- 计算岩石表面裂隙宽度并求取其表面粗糙度系数-Calculate the rock surface crack width and strike the surface roughness coefficient
wedge-surface-element
- 基于wedge单元体建立随机裂隙面的模型-wedge element surface
动载下3条断续裂隙岩样的裂缝贯通机制_张平
- 不同裂隙空间位置条件下断续裂隙岩体中裂隙的贯通机制(The mechanism of the fracture coalescence for intermittently cracked rock mass is studied under uniaxial dynamic loading.)
附录3：拟合渗透椭圆
- 可用于裂隙岩体渗流数值模拟分析中，通过该代码拟合渗透椭圆。(It can be used for seepage of fractured rock mass and fitting the penetration ellipse.)
fractured_rock
- 离散元数值模拟，模拟了具有随机分布裂隙的岩体(Discrete element numerical simulation simulates rock mass with random distribution fissures)
dfn随机裂隙
- 根据岩石中裂纹的分布规律，模拟含有不同分布的随机裂纹。(According to the distribution law of cracks in rock, random cracks with different distribution are simulated.)