private static void Step6_1_WriteBC(string Part_Name, ref StreamWriter sw, ref FEM_Props FEM)
{
sw.WriteLine("** BOUNDARY CONDITIONS");
sw.WriteLine("**");
sw.WriteLine("** Name: BC_PotentH Type: Electric potential");
sw.WriteLine("*Boundary");
sw.WriteLine(Part_Name + "-1.Node_PotentH" + ", 9, 9," + Convert.ToString(FEM.PotentH));
sw.WriteLine("** Name: BC_PotentL Type: Electric potential");
sw.WriteLine("*Boundary");
sw.WriteLine(Part_Name + "-1.Node_PotentL" + ", 9, 9," + Convert.ToString(FEM.PotentL));
sw.WriteLine("**");
}
private static void Step6_WriteStep(string Part_Name, ref StreamWriter sw, ref FEM_Props FEM)
{
sw.WriteLine("** ----------------------------------------------------------------");
sw.WriteLine("**");
sw.WriteLine("** STEP: Step-1");
sw.WriteLine("**");
sw.WriteLine("*Step, name=Step-1, nlgeom=NO");
sw.WriteLine("*Coupled Thermal-electrical, steady state, deltmx=0.");
sw.WriteLine("1., 1., 1e-05, 1.,");
sw.WriteLine("**");
Step6_1_WriteBC(Part_Name, ref sw, ref FEM);
Step6_2_WriteInteractions(ref sw, ref FEM);
Step6_3_WriteOutReq(ref sw);
sw.WriteLine("*End Step");
}
private static void Step6_2_WriteInteractions(ref StreamWriter sw, ref FEM_Props FEM)
{
sw.WriteLine("** INTERACTIONS");
sw.WriteLine("** Interaction: Int-Film1");
sw.WriteLine("*Sfilm");
sw.WriteLine("S1, F, " + Convert.ToString(FEM.Temper_Envi) + "," + Convert.ToString(FEM.Coef_Film));
sw.WriteLine("** Interaction: Int-Film2");
sw.WriteLine("*Sfilm");
sw.WriteLine("S2, F, " + Convert.ToString(FEM.Temper_Envi) + "," + Convert.ToString(FEM.Coef_Film));
sw.WriteLine("** Interaction: Int-Radiation1");
sw.WriteLine("*Sradiate");
sw.WriteLine("S1, R, " + Convert.ToString(FEM.Temper_Envi) + "," + Convert.ToString(FEM.Coef_Emiss));
sw.WriteLine("** Interaction: Int-Radiation2");
sw.WriteLine("*Sradiate");
sw.WriteLine("S2, R, " + Convert.ToString(FEM.Temper_Envi) + "," + Convert.ToString(FEM.Coef_Emiss));
sw.WriteLine("**");
}
public static void Write_Serial(string Path, string Work_Name, ref FEM_Props FEM)
{
StreamWriter sw = new StreamWriter(Path + Work_Name + ".inp");
Step1_WriteHead(Work_Name, ref sw);
int[] ENs = Step2_WritePart(Path, Work_Name, ref sw, ref FEM);
Step3_WriteAss(Work_Name, ref sw, ref ENs);
Step4_WriteMat(ref sw, ref FEM);
Step5_WriteIniPara(Work_Name, ref sw, ref FEM);
Step6_WriteStep(Work_Name, ref sw, ref FEM);
sw.Close();
File.Delete(Path + Work_Name + ".e2");
File.Delete(Path + Work_Name + ".e3");
File.Delete(Path + Work_Name + ".e4");
File.Delete(Path + Work_Name + ".em3");
File.Delete(Path + Work_Name + ".em4");
}
/// 输出Sections
private static void Step2_6_WriteSections(ref StreamWriter sw, ref FEM_Props FEM)
{
/////输出Section
sw.WriteLine("** Section: Glass1");
sw.WriteLine("*Solid Section, elset=Glass1, material=" + FEM.Glass.Name);
sw.WriteLine(",");
sw.WriteLine("** Section: PVB");
sw.WriteLine("*Solid Section, elset=PVB, material=" + FEM.PVB.Name);
sw.WriteLine(",");
sw.WriteLine("** Section: Glass2");
sw.WriteLine("*Solid Section, elset=Glass2, material=" + FEM.Glass.Name);
sw.WriteLine(",");
sw.WriteLine("** Section: Wires");
sw.WriteLine("*Solid Section, elset=Wires, material=" + FEM.Wire.Name);
sw.WriteLine(Convert.ToString(3.1415926 * (FEM.Diameter_Wire / 2) * (FEM.Diameter_Wire / 2)) + ",");
sw.WriteLine("** Section: Pole");
sw.WriteLine("*Solid Section, elset=Pole, material=" + FEM.Pole.Name);
sw.WriteLine(Convert.ToString(FEM.Thinck_Pole) + ",");
}
static void Main(string[] args)
{
string Path;
string Work_Name;
if (args.Length == 0)
{
Console.WriteLine("请输入路径：");
Path = Console.ReadLine() + "\\";
Console.WriteLine("请输入工程名：");
Work_Name = Console.ReadLine();
}
else
{
string[] t_1 = args[0].Split(',');
Path = t_1[0];
Work_Name = t_1[1];
}
FEM_Props FEM = new FEM_Props(0);
Comput_FEM(Path, Work_Name, ref FEM);
}
static void Comput_FEM(string Path, string Work_Name, ref FEM_Props FEM)
{
System.Diagnostics.Process Proc = new System.Diagnostics.Process();
//////将几个网格文件组合在一起
Mesh_Merge_Mod2.MeshFile_Combine(Path, "Free", "Pole", "S1", 0.005);
Console.WriteLine("已经进行完第一阶段网格合并，正进行第二阶段网格合并");
Mesh_Merge_Mod2.MeshFile_Combine(Path, "S1", "Wires_Shell", Work_Name, 0.005);
File.Delete(Path + "S1.mesh");
//////书写INP文件
Console.WriteLine("已经完成网格合并，正调用Abaqus计算");
Abaqus_Inp.Write_Serial(Path, Work_Name, ref FEM);
//////调用Abaqus Standard计算
Write_AbaqusBat(Path, Work_Name);
Proc.StartInfo.WindowStyle = ProcessWindowStyle.Hidden;
Proc.StartInfo.FileName = Path + Work_Name + ".bat";
Proc.Start();
///等待计算完成
while (true)
{
if (File.Exists(Path + Work_Name + ".lck") == true)
{
break;
}
}
while (true)
{
if (File.Exists(Path + Work_Name + ".lck") == false)
{
break;
}
}
///调用Abaqus Python提取结果
Console.WriteLine("计算已经完成，正读取ODB文件");
Write_Py(Path, Work_Name);
Write_AbaqusODBBat(Path, Work_Name);
Proc.StartInfo.WindowStyle = ProcessWindowStyle.Hidden;
Proc.StartInfo.FileName = Path + Work_Name + "_ODB.bat";
Proc.Start();
///等待结果提取完成
while (true)
{
try
{
using (File.Open(Path + Work_Name + "_ODB.wxd", FileMode.Open, FileAccess.Read, FileShare.None))
break;
}
catch (System.Exception Ex) { }
}
///绘制PNG图片
Console.WriteLine("读取ODB文件完成，准备输出");
double[] Res_Data = Draw_PNGs.Draw(Path, Work_Name, ref FEM);
///结果输出
StreamWriter sw = new StreamWriter(Path + Work_Name + ".res");
for (int i = 0; i < 4; i++)
{
sw.WriteLine(Res_Data[i]);
}
sw.Close();
/////文件删除，精简
Delete_Files(Path, Work_Name);
///图片显示
//double[] Res_Data = new double[6];
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
Application.Run(new Form_Res(Path, Work_Name, ref Res_Data));
}
private static void Step5_WriteIniPara(string Part_Name, ref StreamWriter sw, ref FEM_Props FEM)
{
sw.WriteLine("** PHYSICAL CONSTANTS");
sw.WriteLine("**");
sw.WriteLine("*Physical Constants, absolute zero=" + Convert.ToString(FEM.Const_AbsZero)
+ ", stefan boltzmann=" + Convert.ToString(FEM.Consr_Boltzmann));
sw.WriteLine("**");
sw.WriteLine("** PREDEFINED FIELDS");
sw.WriteLine("** Name: Field_Temp Type: Temperature");
sw.WriteLine("*Initial Conditions, type=TEMPERATURE");
sw.WriteLine(Part_Name + "-1.Node_Whole" + "," + Convert.ToString(FEM.Temper_Envi));
sw.WriteLine("**");
}
private static void Step4_WriteMat(ref StreamWriter sw, ref FEM_Props FEM)
{
FEM.FEM_WriteMat(ref sw);
}
/// 写Part部分
/// <summary>
/// 输出结果为单元及节点数量：
/// 0_第1层玻璃最后编号
/// 1_PVB层最后编号
/// 2_第2层最后编号
/// 3_夹丝线最后编号
/// 4_电极最后编号
/// 5_单层节点数量
/// </summary>
private static int[] Step2_WritePart(string Path, string Mesh_Name, ref StreamWriter sw, ref FEM_Props FEM)
{
string t;
/////输出Head
sw.WriteLine("**");
sw.WriteLine("** PARTS");
sw.WriteLine("**");
sw.WriteLine("*Part, name=" + Mesh_Name);
/////输出节点
int No = Step2_1_WriteNodes(Path, Mesh_Name, ref sw, ref FEM);
/////输出单元
int[] ENs = new int[6]; /////各层单元的数量
int[] Qs = Step2_2_ShellElementsFilter(Path, Mesh_Name); /////存储有原型Shell的：0_总单元个数，1_3节点单元数，2_4节点单元数，3_2节点单元数，4_-3单元数，5_-4单元数
ENs[0] = Step2_3_WriteSolidElements(No, Qs, 0, 0, Path, Mesh_Name, ref sw); /////生成第0层Solid单元
ENs[1] = Step2_3_WriteSolidElements(No, Qs, ENs[0], 1, Path, Mesh_Name, ref sw); /////生成第1层Solid单元
ENs[2] = Step2_3_WriteSolidElements(No, Qs, ENs[1], 2, Path, Mesh_Name, ref sw); /////生成第1层Solid单元
ENs[3] = Step2_4_WriteWireElements(No, Qs, ENs[2], FEM.Layer_PW, Path, Mesh_Name, ref sw); /////生成夹丝线单元
ENs[4] = Step2_5_WritePoleElements(No, Qs, ENs[3], FEM.Layer_PW, Path, Mesh_Name, ref sw); /////生成电极单元
ENs[5] = No; /////将单层节点数量放在输出数组的最后
/////输出节点Set
sw.WriteLine("*Nset, nset=Node_Layer0, generate");
sw.WriteLine("1," + Convert.ToString(No) + ",1");
sw.WriteLine("*Nset, nset=Node_Layer1, generate");
sw.WriteLine(Convert.ToString(No + 1) + "," + Convert.ToString(2 * No) + ",1");
sw.WriteLine("*Nset, nset=Node_Layer2, generate");
sw.WriteLine(Convert.ToString(2 * No + 1) + "," + Convert.ToString(3 * No) + ",1");
sw.WriteLine("*Nset, nset=Node_Layer3, generate");
sw.WriteLine(Convert.ToString(3 * No + 1) + "," + Convert.ToString(4 * No) + ",1");
///所有节点
sw.WriteLine("*Nset, nset=Node_Whole, generate");
sw.WriteLine("1," + Convert.ToString(4 * No) + ",1");
///高电势节点
sw.WriteLine("*Nset, nset=Node_PotentH");
t = Convert.ToString(FEM.Nodes_PotentH[0] + FEM.Layer_PW * No);
for (int i = 1; i < FEM.Nodes_PotentH.Count; i++)
{
t += "," + Convert.ToString(FEM.Nodes_PotentH[i] + FEM.Layer_PW * No);
}
sw.WriteLine(t);
///低电势节点
sw.WriteLine("*Nset, nset=Node_PotentL");
t = Convert.ToString(FEM.Nodes_PotentL[0] + FEM.Layer_PW * No);
for (int i = 1; i < FEM.Nodes_PotentL.Count; i++)
{
t += "," + Convert.ToString(FEM.Nodes_PotentL[i] + FEM.Layer_PW * No);
}
sw.WriteLine(t);
/////输出单元Set
sw.WriteLine("*Elset, elset=Glass1, generate");
sw.WriteLine("1," + Convert.ToString(ENs[0]) + ",1");
sw.WriteLine("*Elset, elset=PVB, generate");
sw.WriteLine(Convert.ToString(ENs[0] + 1) + "," + Convert.ToString(ENs[1]) + ",1");
sw.WriteLine("*Elset, elset=Glass2, generate");
sw.WriteLine(Convert.ToString(ENs[1] + 1) + "," + Convert.ToString(ENs[2]) + ",1");
sw.WriteLine("*Elset, elset=Wires, generate");
sw.WriteLine(Convert.ToString(ENs[2] + 1) + "," + Convert.ToString(ENs[3]) + ",1");
sw.WriteLine("*Elset, elset=Pole, generate");
sw.WriteLine(Convert.ToString(ENs[3] + 1) + "," + Convert.ToString(ENs[4]) + ",1");
/////输出Section
Step2_6_WriteSections(ref sw, ref FEM);
/////输出Tail
sw.WriteLine("*End Part");
sw.WriteLine("**");
return(ENs);
}
///输出节点
/// <summary>
/// 输出节点，同时输出4层节点
/// </summary>
/// <param name="Path">路径</param>
/// <param name="Mesh_Name">文件名</param>
/// <param name="sw">写文件</param>
/// <param name="Tm">PVB层厚度</param>
/// <param name="T1">上层玻璃厚度</param>
/// <param name="T2">下层玻璃厚度</param>
/// <returns></returns>
private static int Step2_1_WriteNodes(string Path, string Mesh_Name, ref StreamWriter sw, ref FEM_Props FEM)
{
sw.WriteLine("*Node");
///第1层节点
StreamReader sr = new StreamReader(Path + Mesh_Name + ".mesh");
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
string t = sr.ReadLine();
string[] t_1;
int No = 0;
while (t != "")
{
No++;
t_1 = t.Split(' ');
t_1 = t_1[1].Split(',');
if (t_1[2] == "2000")
{
FEM.Nodes_PotentH.Add(No);
}
else if (t_1[2] == "-2000")
{
FEM.Nodes_PotentL.Add(No);
}
t = Convert.ToString(No) + "," + t_1[0] + "," + t_1[1] + ",0.";
sw.WriteLine(t);
t = sr.ReadLine();
}
sr.Close();
///第2层节点
sr = new StreamReader(Path + Mesh_Name + ".mesh");
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
string z = "," + Convert.ToString(Math.Round(FEM.Thinck_Glass1, 2));
for (int i = 1; i <= No; i++)
{
t_1 = sr.ReadLine().Split(' ');
t_1 = t_1[1].Split(',');
t = Convert.ToString(No + i) + "," + t_1[0] + "," + t_1[1] + z;
sw.WriteLine(t);
}
sr.Close();
///第3层节点
sr = new StreamReader(Path + Mesh_Name + ".mesh");
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
z = "," + Convert.ToString(Math.Round(FEM.Thinck_Glass1 + FEM.Thinck_PVB, 2));
for (int i = 1; i <= No; i++)
{
t_1 = sr.ReadLine().Split(' ');
t_1 = t_1[1].Split(',');
t = Convert.ToString(2 * No + i) + "," + t_1[0] + "," + t_1[1] + z;
sw.WriteLine(t);
}
sr.Close();
///第4层节点
sr = new StreamReader(Path + Mesh_Name + ".mesh");
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
z = "," + Convert.ToString(Math.Round(FEM.Thinck_Glass1 + FEM.Thinck_PVB + FEM.Thinck_Glass2, 2));
for (int i = 1; i <= No; i++)
{
t_1 = sr.ReadLine().Split(' ');
t_1 = t_1[1].Split(',');
t = Convert.ToString(3 * No + i) + "," + t_1[0] + "," + t_1[1] + z;;
sw.WriteLine(t);
}
sr.Close();
sr.Dispose();
return(No);
}
