static void Main(string[] args)
{
/* Static scheme
*
*
* |F=15kN
* HEA400 |F=10kN |
* *====================*==========*==========*
* /\ /\
*
* | | | |
* /--------5.0m--------/---2.5m---/---2.5m---/
*
*
*/
// Proposed consistent units applied in this example are: [Pa], [N], [Nm], [m], [m^4]
// Create a new instance of Scheme class with static scheme information
IScheme scheme = new Scheme();
// Create a new instance of Material class
IMaterial material = scheme.NewMaterial();
material.Number = 1;
material.Name = "Steel";
material.E = 2.1e11;
material.v = 0.3;
// Add an instance of Material class to the list of materials
scheme.Materials.Add(material);
// Create a new instance of CrossSection class
ICrossSection crossSection = scheme.NewCrossSection();
crossSection.Number = 1;
crossSection.Name = "HEA400";
crossSection.Iy = 0.00045070;
// Add an instance of CrossSection class to the list of cross sections
scheme.CrossSections.Add(crossSection);
// Create new instances of Node class
INode node_1 = scheme.NewNode();
node_1.Number = 1;
node_1.Name = "Start node";
node_1.X = 0;
INode node_2 = scheme.NewNode();
node_2.Number = 2;
node_2.Name = "Load node";
node_2.X = 5;
INode node_3 = scheme.NewNode();
node_3.Number = 3;
node_3.Name = "Middle node";
node_3.X = 7.5;
INode node_4 = scheme.NewNode();
node_4.Number = 4;
node_4.Name = "End node";
node_4.X = 10.00;
// Add instances of Node class to the list of nodes
scheme.Nodes.Add(node_1);
scheme.Nodes.Add(node_2);
scheme.Nodes.Add(node_3);
scheme.Nodes.Add(node_4);
// Create new instances of Element class
IElement element_1 = scheme.NewElement();
element_1.Number = 1;
element_1.Name = "Left element";
element_1.MaterialNumber = 1;
element_1.CrossSectionNumber = 1;
element_1.StartNodeNumber = 1;
element_1.EndNodeNumber = 2;
IElement element_2 = scheme.NewElement();
element_2.Number = 2;
element_2.Name = "Middle element";
element_2.MaterialNumber = 1;
element_2.CrossSectionNumber = 1;
element_2.StartNodeNumber = 2;
element_2.EndNodeNumber = 3;
IElement element_3 = scheme.NewElement();
element_3.Number = 3;
element_3.Name = "Right element";
element_3.MaterialNumber = 1;
element_3.CrossSectionNumber = 1;
element_3.StartNodeNumber = 3;
element_3.EndNodeNumber = 4;
// Add instances of Element class to the list of elements
scheme.Elements.Add(element_1);
scheme.Elements.Add(element_2);
scheme.Elements.Add(element_3);
// Create a new instance of Load class
ILoad load_1 = scheme.NewLoad();
load_1.Number = 1;
load_1.Name = "Force 1";
load_1.NodeNumber = 2;
load_1.Pz = -10000;
load_1.My = 0;
// Create a new instance of Load class
ILoad load_2 = scheme.NewLoad();
load_2.Number = 2;
load_2.Name = "Force 2";
load_2.NodeNumber = 3;
load_2.Pz = -15000;
load_2.My = 0;
// Add an instance of Material class to the list of materials
scheme.Loads.Add(load_1);
scheme.Loads.Add(load_2);
// Create a new instance of Model class with Finite Element Method model
IModel model = new Model(scheme);
model.AssembyModel();
// ### Display calculated data for model ###
DisplayResults(model);
// Create a new instance of Solver class with Finite Element Method solver module
ISolver solver = new Solver(model);
solver.AssemblyFiniteElementModel();
solver.Run();
// ### Display calculated data for solver ###
DisplayResults(solver);
// Create a new instance of PostProcessor class with results of the finite element method calculations
IPostProcessor postProcessor = new PostProcessor(scheme, model, solver);
postProcessor.CalculateResults();
// ### Display calculated data from post processor ###
DisplayResults(postProcessor);
Console.ReadKey();
}
