private void Test(Class1Boundary boundary)
{
List <Layer> layers = CreateTestLayers();
Model.TemperatureCalculate cm = new Model.TemperatureCalculate(1600 + 273.15, boundary, layers);
CreateTestSolverAndRun(cm);
}
private void TUBBIN_C1(object sender, EventArgs e)
{
List <Layer> layers = CreateTestTubbinessLayers();
Class1Boundary boundary = new Class1Boundary(100 + 273.15, 1);
Model.TemperatureCalculate cm = new Model.TemperatureCalculate(1600 + 273.15, boundary, layers);
CreateTestSolverAndRun(cm);
}
private void THICKNESS_TUBBIN_C1(object sender, EventArgs e)
{
List <Layer> layers = CreateTestTubbinessLayers();
Class1Boundary boundary = new Class1Boundary(100 + 273.15, 1);
Model.TemperatureCalculate cal = new Model.TemperatureCalculate(1600 + 273.15, boundary, layers);
SolverControlParameter par = new SolverControlParameter(SolverControlParameter.ConvergenceCriterionType.RESIDUAL_OR_MAXSTEP, 0.001, 50, 0);
ThicknessCalculate tcal = new ThicknessCalculate(cal, 2, 19667.83, par, par);
ThicknessSolver solver = ThicknessSolverFactory.CreateSolver(tcal);
solver.TemperatureSolver.UpdateTemperatureEndEvent += new UpdateTemperatureEndEventHandler(OnTemperatureSolverUpdate);
solver.SolveStartEvent += new ThicknessSolverStartEventHandler(OnThicknessSolveStart);
solver.SolveUpdateEvent += new ThicknessSolverUpdateEventHandler(OnThicknessSolveUpdate);
solver.SolveStopEvent += new ThicknessSolverStopEventHandler(OnThicknessSolveStop);
double lim = solver.LimitValue();
solver.Solve();
}
public ColdBoundaryForm(Class1Boundary _boundary, CalculationMode _mode)
{
InitializeComponent();
Boundary = _boundary;
Mode = _mode;
}
private void PLATE_C1(object sender, EventArgs e)
{
Class1Boundary boundary = new Class1Boundary(100 + 273.15, 1);
Test(boundary);
}