周期性边界条件.rar

#!/usr/bin/env python # encoding: utf-8 # 如果觉得不错，可以推荐给你的朋友！http://tool.lu/pyc from abaqus import * from abaqusConstants import * def LabelName(index, root): return root + str(index) def Get_Cube_dimension(mdb, modelName, instanceName): node = mdb.models[modelName].rootAssembly.instances[instanceName].nodes Xmin = 9999 Xmax = -9999 Ymin = 9999 Ymax = -9999 Zmin = 9999 Zmax = -9999 for i in range(len(node)): x = node[i].coordinates[0] y = node[i].coordinates[1] z = node[i].coordinates[2] if Xmin > x: Xmin = x elif Xmax < x: Xmax = x if Ymin > y: Ymin = y elif Ymax < y: Ymax = y if Zmin > z: Zmin = z continue if Zmax < z: Zmax = z continue return (Xmin, Xmax, Ymin, Ymax, Zmin, Zmax) def CreateSetCube(modelName, instanceName, Dimension): Xmin = Dimension[0] Xmax = Dimension[1] Ymin = Dimension[2] Ymax = Dimension[3] Zmin = Dimension[4] Zmax = Dimension[5] eps1 = abs(Zmax - Zmin) * 0.0001 eps2 = abs(Zmax - Zmin) * 0.01 BX = Xmax - Xmin BY = Ymax - Ymin BZ = Zmax - Zmin node = mdb.models[modelName].rootAssembly.instances[instanceName].nodes node_E1 = node[1:1] node_E2 = node[1:1] node_E3 = node[1:1] node_E4 = node[1:1] node_E5 = node[1:1] node_E6 = node[1:1] node_E7 = node[1:1] node_E8 = node[1:1] node_E9 = node[1:1] node_E10 = node[1:1] node_E11 = node[1:1] node_E12 = node[1:1] node_FXP = node[1:1] node_FXN = node[1:1] node_FYP = node[1:1] node_FYN = node[1:1] node_FZP = node[1:1] node_FZN = node[1:1] for i in range(len(node)): x = node[i].coordinates[0] y = node[i].coordinates[1] z = node[i].coordinates[2] if abs(x - Xmin) < eps1 and abs(y - Ymin) < eps1 and abs(z - Zmin) < eps1: node_v1 = node[i:i + 1] continue if abs(x - Xmax) < eps1 and abs(y - Ymin) < eps1 and abs(z - Zmin) < eps1: node_v2 = node[i:i + 1] continue if abs(x - Xmax) < eps1 and abs(y - Ymax) < eps1 and abs(z - Zmin) < eps1: node_v3 = node[i:i + 1] continue if abs(x - Xmin) < eps1 and abs(y - Ymax) < eps1 and abs(z - Zmin) < eps1: node_v4 = node[i:i + 1] continue if abs(x - Xmin) < eps1 and abs(y - Ymin) < eps1 and abs(z - Zmax) < eps1: node_v5 = node[i:i + 1] continue if abs(x - Xmax) < eps1 and abs(y - Ymin) < eps1 and abs(z - Zmax) < eps1: node_v6 = node[i:i + 1] continue if abs(x - Xmax) < eps1 and abs(y - Ymax) < eps1 and abs(z - Zmax) < eps1: node_v7 = node[i:i + 1] continue if abs(x - Xmin) < eps1 and abs(y - Ymax) < eps1 and abs(z - Zmax) < eps1: node_v8 = node[i:i + 1] continue if abs(x - Xmin) < eps1 and abs(y - Ymin) < eps1 and abs(z - Zmin) > eps2 and abs(z - Zmax) > eps2: node_E1 = node_E1 + node[i:i + 1] continue if abs(x - Xmax) < eps1 and abs(y - Ymin) < eps1 and abs(z - Zmin) > eps2 and abs(z - Zmax) > eps2: node_E2 = node_E2 + node[i:i + 1] continue if abs(x - Xmax) < eps1 and abs(y - Ymax) < eps1 and abs(z - Zmin) > eps2 and abs(z - Zmax) > eps2: node_E3 = node_E3 + node[i:i + 1] continue if abs(x - Xmin) < eps1 and abs(y - Ymax) < eps1 and abs(z - Zmin) > eps2 and abs(z - Zmax) > eps2: node_E4 = node_E4 + node[i:i + 1] continue if abs(x - Xmin) < eps1 and abs(z - Zmin) < eps1 and abs(y - Ymin) > eps2 and abs(y - Ymax) > eps2: node_E5 = node_E5 + node[i:i + 1] continue if abs(x - Xmax) < eps1 and abs(z - Zmin) < eps1 and abs(y - Ymin) > eps2 and abs(y - Ymax) > eps2: node_E6 = node_E6 + node[i:i + 1] continue if abs(x - Xmax) < eps1 and abs(z - Zmax) < eps1 and abs(y - Ymin) > eps2 and abs(y - Ymax) > eps2: node_E7 = node_E7 + node[i:i + 1] continue if abs(x - Xmin) < eps1 and abs(z - Zmax) < eps1 and abs(y - Ymin) > eps2 and abs(y - Ymax) > eps2: node_E8 = node_E8 + node[i:i + 1] continue if abs(y - Ymin) < eps1 and abs(z - Zmin) < eps1 and abs(x - Xmin) > eps2 and abs(x - Xmax) > eps2: node_E9 = node_E9 + node[i:i + 1] continue if abs(y - Ymax) < eps1 and abs(z - Zmin) < eps1 and abs(x - Xmin) > eps2 and abs(x - Xmax) > eps2: node_E10 = node_E10 + node[i:i + 1] continue if abs(y - Ymax) < eps1 and abs(z - Zmax) < eps1 and abs(x - Xmin) > eps2 and abs(x - Xmax) > eps2: node_E11 = node_E11 + node[i:i + 1] continue if abs(y - Ymin) < eps1 and abs(z - Zmax) < eps1 and abs(x - Xmin) > eps2 and abs(x - Xmax) > eps2: node_E12 = node_E12 + node[i:i + 1] continue if abs(x - Xmax) < eps1 and abs(y - Ymin) > eps2 and abs(y - Ymax) > eps2 and abs(z - Zmin) > eps2 and abs(z - Zmax) > eps2: node_FXP = node_FXP + node[i:i + 1] continue if abs(x - Xmin) < eps1 and abs(y - Ymin) > eps2 and abs(y - Ymax) > eps2 and abs(z - Zmin) > eps2 and abs(z - Zmax) > eps2: node_FXN = node_FXN + node[i:i + 1] continue if abs(y - Ymax) < eps1 and abs(x - Xmin) > eps2 and abs(x - Xmax) > eps2 and abs(z - Zmin) > eps2 and abs(z - Zmax) > eps2: node_FYP = node_FYP + node[i:i + 1] continue if abs(y - Ymin) < eps1 and abs(x - Xmin) > eps2 and abs(x - Xmax) > eps2 and abs(z - Zmin) > eps2 and abs(z - Zmax) > eps2: node_FYN = node_FYN + node[i:i + 1] continue if abs(z - Zmax) < eps1 and abs(y - Ymin) > eps2 and abs(y - Ymax) > eps2 and abs(x - Xmin) > eps2 and abs(x - Xmax) > eps2: node_FZP = node_FZP + node[i:i + 1] continue if abs(z - Zmin) < eps1 and abs(y - Ymin) > eps2 and abs(y - Ymax) > eps2 and abs(x - Xmin) > eps2 and abs(x - Xmax) > eps2: node_FZN = node_FZN + node[i:i + 1] continue mdb.models[modelName].rootAssembly.Set(name = 'Master Node 1', nodes = node_v1) mdb.models[modelName].rootAssembly.Set(name = 'Master Node 2', nodes = node_v2) mdb.models[modelName].rootAssembly.Set(name = 'Master Node 3', nodes = node_v3) mdb.models[modelName].rootAssembly.Set(name = 'Master Node 4', nodes = node_v4) mdb.models[modelName].rootAssembly.Set(name = 'Master Node 5', nodes = node_v5) mdb.models[modelName].rootAssembly.Set(name = 'Master Node 6', nodes = node_v6) mdb.models[modelName].rootAssembly.Set(name = 'Master Node 7', nodes = node_v7) mdb.models[modelName].rootAssembly.Set(name = 'Master Node 8', nodes = node_v8) mdb.models[modelName].rootAssembly.Set(name = 'edge1 I', nodes = node_E1) mdb.models[modelName].rootAssembly.Set(name = 'edge2 II', nodes = node_E2) mdb.models[modelName].rootAssembly.Set(name = 'edge3 III', nodes = node_E3) mdb.models[modelName].rootAssembly.Set(name = 'edge4 IV', nodes = node_E4) mdb.models[modelName].rootAssembly.Set(name = 'edge5 V', nodes = node_E5) mdb.models[modelName].rootAssembly.Set(name = 'edge6 VI', nodes = node_E6) mdb.models[modelName].rootAssembly.Set(name = 'edge7 VII', nodes = node_E7) mdb.models[modelName].rootAssembly.Set(name = 'edge8 VIII', nodes = node_E8) mdb.models[modelName].rootAssembly.Set(name = 'edge9 IX', nodes = node_E9) mdb.models[modelName].rootAssembly.Set(name = 'edg