/// <summary>回路網テスト2</summary>
/// <remarks>水回路の水量計算</remarks>
private static void circuitTest2()
{
//設備基礎理論pp.337より***********************************************
// ------A------
// | |
// ->--1--B--2--C--3-->-
// | |
// ---D--
Circuit circuit = new Circuit("水回路の水量計算");
//節点追加
ImmutableNode node1 = circuit.AddNode(new Node("1", 0, 0));
ImmutableNode node2 = circuit.AddNode(new Node("2", 0, 0));
ImmutableNode node3 = circuit.AddNode(new Node("3", 0, 0));
//流路作成
Channel chA = new Channel("A", 167, 2);
Channel chB = new Channel("B", 192, 2);
Channel chC = new Channel("C", 840, 2);
Channel chD = new Channel("D", 4950, 2);
//外部の系への流出流量
circuit.SetExternalFlow(-7.06, node1);
circuit.SetExternalFlow(7.06, node3);
//接続処理
ImmutableChannel channelA = circuit.ConnectNodes(node1, node3, chA);
ImmutableChannel channelB = circuit.ConnectNodes(node1, node2, chB);
ImmutableChannel channelC = circuit.ConnectNodes(node2, node3, chC);
ImmutableChannel channelD = circuit.ConnectNodes(node2, node3, chD);
//ソルバを用意
CircuitSolver cSolver = new CircuitSolver(circuit);
cSolver.Solve();
Console.WriteLine("流路A流量:" + channelA.GetFlow());
Console.WriteLine("流路B流量:" + channelB.GetFlow());
Console.WriteLine("流路C流量:" + channelC.GetFlow());
Console.WriteLine("流路D流量:" + channelD.GetFlow());
Console.Read();
}
/// <summary>回路網テスト3</summary>
/// <remarks>壁体の熱流計算</remarks>
private static void circuitTest3()
{
Circuit circuit = new Circuit("壁体の熱流計算");
//節点追加
ImmutableNode[] nodes = new ImmutableNode[6];
nodes[0] = circuit.AddNode(new Node("室1", 0));
nodes[1] = circuit.AddNode(new Node("合板", 17.9));
nodes[2] = circuit.AddNode(new Node("コンクリート", 232));
nodes[3] = circuit.AddNode(new Node("空気層", 0));
nodes[4] = circuit.AddNode(new Node("ロックウール", 4.2));
nodes[5] = circuit.AddNode(new Node("室2", 0));
//空気温度を境界条件とする
circuit.SetBoundaryNode(true, nodes[0]);
circuit.SetBoundaryNode(true, nodes[5]);
//空気温度設定
circuit.SetPotential(20, nodes[0]);
circuit.SetPotential(10, nodes[5]);
for (int i = 1; i < 5; i++) circuit.SetPotential(10, nodes[i]); //壁体内温度は10℃均一とする
//接続処理
ImmutableChannel channel01 = circuit.ConnectNodes(nodes[0], nodes[1], new Channel("室1-合板", 174, 1));
ImmutableChannel channel12 = circuit.ConnectNodes(nodes[1], nodes[2], new Channel("合板-コンクリート", 109, 1));
ImmutableChannel channel34 = circuit.ConnectNodes(nodes[2], nodes[3], new Channel("コンクリート-空気層", 86, 1));
ImmutableChannel channel45 = circuit.ConnectNodes(nodes[3], nodes[4], new Channel("空気層-ロックウール", 638, 1));
ImmutableChannel channel56 = circuit.ConnectNodes(nodes[4], nodes[5], new Channel("ロックウール-室2", 703, 1));
CircuitSolver cSolver = new CircuitSolver(circuit);
cSolver.TimeStep = 3600;
for (int i = 0; i < nodes.Length; i++) Console.Write(nodes[i].Name + ", ");
Console.WriteLine();
for (int i = 0; i < 24; i++)
{
cSolver.Solve();
Console.Write((i + 1) + "H, ");
for (int j = 0; j < nodes.Length; j++) Console.Write(nodes[j].Potential.ToString("F1") + ", ");
Console.WriteLine();
}
Console.Read();
}
/// <summary>Circuit test 3</summary>
/// <remarks>Calculating heat transfer through a wall</remarks>
private static void circuitTest3()
{
Circuit circuit = new Circuit("Heat transfer network through wall");
//Add nodes to circuit network
ImmutableNode[] nodes = new ImmutableNode[6];
nodes[0] = circuit.AddNode(new Node("Room 1", 0));
nodes[1] = circuit.AddNode(new Node("Plywood", 17.9));
nodes[2] = circuit.AddNode(new Node("Concrete", 232));
nodes[3] = circuit.AddNode(new Node("Air gap", 0));
nodes[4] = circuit.AddNode(new Node("Rock wool", 4.2));
nodes[5] = circuit.AddNode(new Node("Room 2", 0));
//Set boundary conditions (Room air temperatures).
circuit.SetBoundaryNode(true, nodes[0]);
circuit.SetBoundaryNode(true, nodes[5]);
//Set air temperatures.
circuit.SetPotential(20, nodes[0]);
circuit.SetPotential(10, nodes[5]);
for (int i = 1; i < 5; i++) circuit.SetPotential(10, nodes[i]); //Initialize wall temperatures to 10 C.
//Connect nodes.
ImmutableChannel channel01 = circuit.ConnectNodes(nodes[0], nodes[1], new Channel("Room 1-Plywood", 174, 1));
ImmutableChannel channel12 = circuit.ConnectNodes(nodes[1], nodes[2], new Channel("Plywood-Concrete", 109, 1));
ImmutableChannel channel34 = circuit.ConnectNodes(nodes[2], nodes[3], new Channel("Concrete-Air gap", 86, 1));
ImmutableChannel channel45 = circuit.ConnectNodes(nodes[3], nodes[4], new Channel("Air gap-Rock wook", 638, 1));
ImmutableChannel channel56 = circuit.ConnectNodes(nodes[4], nodes[5], new Channel("Rock wool-Room 2", 703, 1));
CircuitSolver cSolver = new CircuitSolver(circuit);
cSolver.TimeStep = 3600;
for (int i = 0; i < nodes.Length; i++) Console.Write(nodes[i].Name + " ");
Console.WriteLine();
for (int i = 0; i < 24; i++)
{
cSolver.Solve();
Console.Write((i + 1) + "H : ");
for (int j = 0; j < nodes.Length; j++) Console.Write(nodes[j].Potential.ToString("F1") + " ");
Console.WriteLine();
}
Console.Read();
}
/// <summary>回路網テスト4</summary>
/// <remarks>壁体の熱流計算（潜熱変化付き）</remarks>
private static void circuitTest4()
{
Circuit circuit = new Circuit("潜熱蓄熱材を持つ床の熱流計算");
//節点追加 Initialize("", 0.350, 1600.0, mType);
ImmutableNode[] nodes = new ImmutableNode[7];
nodes[0] = circuit.AddNode(new Node("室内", 0));
nodes[1] = circuit.AddNode(new Node("フレキシブルボード", 1600.0 * 0.0165));
nodes[2] = circuit.AddNode(new Node("スミターマル20C", 0));
nodes[3] = circuit.AddNode(new Node("発熱層", 0));
nodes[4] = circuit.AddNode(new Node("スミターマル30C", 0));
nodes[5] = circuit.AddNode(new Node("ロックウール", 84.0 * 0.065));
nodes[6] = circuit.AddNode(new Node("床下", 0));
//空気温度を境界条件とする
circuit.SetBoundaryNode(true, nodes[0]);
circuit.SetBoundaryNode(true, nodes[5]);
//空気温度設定
circuit.SetPotential(20, nodes[0]);
circuit.SetPotential(10, nodes[5]);
//接続処理
ImmutableChannel channel01 = circuit.ConnectNodes(nodes[0], nodes[1], new Channel("室1-合板", 173.32, 1));
ImmutableChannel channel12 = circuit.ConnectNodes(nodes[1], nodes[2], new Channel("合板-コンクリート", 108.65, 1));
ImmutableChannel channel34 = circuit.ConnectNodes(nodes[2], nodes[3], new Channel("コンクリート-空気層", 128.86, 1));
ImmutableChannel channel45 = circuit.ConnectNodes(nodes[3], nodes[4], new Channel("空気層-ロックウール", 681.24, 1));
ImmutableChannel channel56 = circuit.ConnectNodes(nodes[4], nodes[5], new Channel("ロックウール-室2", 702.76, 1));
ImmutableChannel channel67 = circuit.ConnectNodes(nodes[5], nodes[6], new Channel("ロックウール-室2", 702.76, 1));
CircuitSolver cSolver = new CircuitSolver(circuit);
cSolver.TimeStep = 3600;
for (int i = 0; i < nodes.Length; i++) Console.Write(nodes[i].Name + " ");
Console.WriteLine();
for (int i = 0; i < 24; i++)
{
cSolver.Solve();
Console.Write((i + 1) + "H : ");
for (int j = 0; j < nodes.Length; j++) Console.Write(nodes[j].Potential.ToString("F1") + " ");
Console.WriteLine();
}
Console.Read();
}
/// <summary>Circuit test 2</summary>
/// <remarks>Calculating water pipe network</remarks>
private static void circuitTest2()
{
Circuit circuit = new Circuit("Circuit network of water pipe");
//Add nodes to circuit network
ImmutableNode node1 = circuit.AddNode(new Node("1", 0, 0));
ImmutableNode node2 = circuit.AddNode(new Node("2", 0, 0));
ImmutableNode node3 = circuit.AddNode(new Node("3", 0, 0));
//Set external water flow
circuit.SetExternalFlow(-7.06, node1);
circuit.SetExternalFlow(7.06, node3);
//Create channels
Channel chA = new Channel("A", 167, 2);
Channel chB = new Channel("B", 192, 2);
Channel chC = new Channel("C", 840, 2);
Channel chD = new Channel("D", 4950, 2);
//Connect nodes with channels
ImmutableChannel channelA = circuit.ConnectNodes(node1, node3, chA);
ImmutableChannel channelB = circuit.ConnectNodes(node1, node2, chB);
ImmutableChannel channelC = circuit.ConnectNodes(node2, node3, chC);
ImmutableChannel channelD = circuit.ConnectNodes(node2, node3, chD);
//Create solver
CircuitSolver cSolver = new CircuitSolver(circuit);
cSolver.Solve();
Console.WriteLine("Water flow A is " + channelA.GetFlow().ToString("F2"));
Console.WriteLine("Water flow B is " + channelB.GetFlow().ToString("F2"));
Console.WriteLine("Water flow C is " + channelC.GetFlow().ToString("F2"));
Console.WriteLine("Water flow D is " + channelD.GetFlow().ToString("F2"));
Console.Read();
}
