/// <summary>多数室テスト</summary>
/// <remarks>
/// 東西2室で壁・窓表面の相互放射を考慮した計算を行う。
/// 東側は南北で2ゾーンに分割する。
/// 壁体は全て200mmのコンクリートとする。
/// 幅×奥行き×高さ = 8m×7m×3mとする。
/// 地面（床）は考慮しない。
///
/// N1 N2
/// -------------------------
/// | | |
/// | | znE1 | E1
/// | | |
/// W | znW |- - - - - -|
/// | | |
/// | | znE2 | E2
/// | | |
/// ----+++++----------------
/// S1 S2
///
/// </remarks>
private static void multiRoomTest()
{
const double TIME_STEP = 3600;
const double INIT_TEMP = 15;
const double H_GAIN = 0;
const int ITER_NUM = 100;
const double W_AI = 8;
const double E_AI = 9.3;
const double W_AO = 20;
const double E_AO = 23;
bool USE_TUBE = false;
//モデル作成処理*********************************************************
//屋外
Outdoor outDoor = new Outdoor();
Sun sun = new Sun(Sun.City.Tokyo);
sun.Update(new DateTime(2001, 1, 1, 0, 0, 0));
outDoor.Sun = sun;
//壁リスト
Wall[] walls = new Wall[12];
//ゾーンを作成
Zone znW = new Zone();
znW.Volume = 7 * 4 * 3;
znW.SensibleHeatCapacity = znW.Volume * 12000;//単位容積あたり12kJ
Zone znE1 = new Zone();
znE1.Volume = 3.5 * 4 * 3;
znE1.SensibleHeatCapacity = znE1.Volume * 12000;//単位容積あたり12kJ
Zone znE2 = new Zone();
znE2.Volume = 3.5 * 4 * 3;
znE2.SensibleHeatCapacity = znE2.Volume * 12000;//単位容積あたり12kJ
znW.TimeStep = znE1.TimeStep = znE2.TimeStep = TIME_STEP;
//壁構成を作成（コンクリート）
WallLayers layers;
WallLayers.Layer layer;
layers = new WallLayers();
layer = new WallLayers.Layer(new WallMaterial("コンクリート", 1.4, 1934), 0.150, 2);
layers.AddLayer(layer);
//西外壁
walls[0] = new Wall(layers);
walls[0].SurfaceArea = 7 * 3;
WallSurface ews = walls[0].GetSurface(true);
WallSurface iws = walls[0].GetSurface(false);
ews.FilmCoefficient = W_AO;
iws.FilmCoefficient = W_AI;
walls[0].SetIncline(new Incline(Incline.Orientation.W, 0.5 * Math.PI), true);
znW.AddSurface(iws);
outDoor.AddWallSurface(ews);
//東外壁1
walls[1] = new Wall(layers);
walls[1].SurfaceArea = 3.5 * 3;
ews = walls[1].GetSurface(true);
iws = walls[1].GetSurface(false);
ews.FilmCoefficient = E_AO;
iws.FilmCoefficient = E_AI;
walls[1].SetIncline(new Incline(Incline.Orientation.E, 0.5 * Math.PI), true);
znE1.AddSurface(iws);
outDoor.AddWallSurface(ews);
//東外壁2
walls[2] = new Wall(layers);
walls[2].SurfaceArea = 3.5 * 3;
ews = walls[2].GetSurface(true);
iws = walls[2].GetSurface(false);
ews.FilmCoefficient = E_AO;
iws.FilmCoefficient = E_AI;
walls[2].SetIncline(new Incline(Incline.Orientation.E, 0.5 * Math.PI), true);
znE2.AddSurface(iws);
outDoor.AddWallSurface(ews);
//北外壁1
walls[3] = new Wall(layers);
walls[3].SurfaceArea = 4 * 3;
ews = walls[3].GetSurface(true);
iws = walls[3].GetSurface(false);
ews.FilmCoefficient = W_AO;
iws.FilmCoefficient = W_AI;
walls[3].SetIncline(new Incline(Incline.Orientation.N, 0.5 * Math.PI), true);
znW.AddSurface(iws);
outDoor.AddWallSurface(ews);
//北外壁2
walls[4] = new Wall(layers);
walls[4].SurfaceArea = 4 * 3;
ews = walls[4].GetSurface(true);
iws = walls[4].GetSurface(false);
ews.FilmCoefficient = E_AO;
iws.FilmCoefficient = E_AI;
walls[4].SetIncline(new Incline(Incline.Orientation.N, 0.5 * Math.PI), true);
znE1.AddSurface(iws);
outDoor.AddWallSurface(ews);
//南外壁1
walls[5] = new Wall(layers);
walls[5].SurfaceArea = 4 * 3;
ews = walls[5].GetSurface(true);
iws = walls[5].GetSurface(false);
ews.FilmCoefficient = W_AO;
iws.FilmCoefficient = W_AI;
walls[5].SetIncline(new Incline(Incline.Orientation.S, 0.5 * Math.PI), true);
znW.AddSurface(iws);
outDoor.AddWallSurface(ews);
//南外壁2
walls[6] = new Wall(layers);
walls[6].SurfaceArea = 4 * 3;
ews = walls[6].GetSurface(true);
iws = walls[6].GetSurface(false);
ews.FilmCoefficient = E_AO;
iws.FilmCoefficient = E_AI;
walls[6].SetIncline(new Incline(Incline.Orientation.S, 0.5 * Math.PI), true);
znE2.AddSurface(iws);
outDoor.AddWallSurface(ews);
//屋根1
walls[7] = new Wall(layers);
walls[7].SurfaceArea = 4 * 7;
ews = walls[7].GetSurface(true);
iws = walls[7].GetSurface(false);
ews.FilmCoefficient = W_AO;
iws.FilmCoefficient = W_AI;
walls[7].SetIncline(new Incline(Incline.Orientation.N, 0), true);
znW.AddSurface(iws);
outDoor.AddWallSurface(ews);
//屋根2
walls[8] = new Wall(layers);
walls[8].SurfaceArea = 4 * 3.5;
ews = walls[8].GetSurface(true);
iws = walls[8].GetSurface(false);
ews.FilmCoefficient = E_AO;
iws.FilmCoefficient = E_AI;
walls[8].SetIncline(new Incline(Incline.Orientation.N, 0), true);
znE1.AddSurface(iws);
outDoor.AddWallSurface(ews);
//屋根3
walls[9] = new Wall(layers);
walls[9].SurfaceArea = 4 * 3.5;
ews = walls[9].GetSurface(true);
iws = walls[9].GetSurface(false);
ews.FilmCoefficient = E_AO;
iws.FilmCoefficient = E_AI;
walls[9].SetIncline(new Incline(Incline.Orientation.N, 0), true);
znE2.AddSurface(iws);
outDoor.AddWallSurface(ews);
//内壁1
walls[10] = new Wall(layers);
walls[10].SurfaceArea = 7 * 3.5;
ews = walls[10].GetSurface(true);
iws = walls[10].GetSurface(false);
ews.FilmCoefficient = E_AI;
iws.FilmCoefficient = W_AI;
znW.AddSurface(iws);
znE1.AddSurface(ews);
//内壁2
walls[11] = new Wall(layers);
walls[11].SurfaceArea = 7 * 3.5;
ews = walls[11].GetSurface(true);
iws = walls[11].GetSurface(false);
ews.FilmCoefficient = E_AI;
iws.FilmCoefficient = W_AI;
znW.AddSurface(iws);
znE2.AddSurface(ews);
//南窓
GlassPanes gPanes = new GlassPanes(new GlassPanes.Pane[] {
new GlassPanes.Pane(GlassPanes.Pane.PredifinedGlassPane.TransparentGlass03mm),
new GlassPanes.Pane(GlassPanes.Pane.PredifinedGlassPane.HeatAbsorbingGlass03mm)
});
//外側ブラインド
GlassPanes gPanesWithBlind = new GlassPanes(new GlassPanes.Pane[] {
new GlassPanes.Pane(GlassPanes.Pane.PredifinedGlassPane.TransparentGlass03mm),
new GlassPanes.Pane(GlassPanes.Pane.PredifinedGlassPane.HeatAbsorbingGlass03mm),
new GlassPanes.Pane(0.05, 0.35, 9999)
});
Window window = new Window(gPanes, new Incline(Incline.Orientation.S, 0.5 * Math.PI));
window.SurfaceArea = 1 * 3;
WindowSurface ws1 = window.GetSurface(true);
WindowSurface ws2 = window.GetSurface(false);
ws1.LongWaveEmissivity = 0.7;
ws1.FilmCoefficient = W_AO;
ws2.FilmCoefficient = W_AI;
znW.AddWindow(window);
outDoor.AddWindow(window);
/*//debug
for (int i = 0; i < walls.Length; i++)
{
walls[i].GetSurface(true).ConvectiveRate = 0;
walls[i].GetSurface(false).ConvectiveRate = 0;
}
//window.GetSurface(false).ConvectiveRate = 0;
//debug*/
//発熱体*****************************************************************
znW.AddHeatGain(new ConstantHeatGain(0, H_GAIN, 0));
//制御*******************************************************************
znE1.ControlDrybulbTemperature = false;
znE1.DrybulbTemperatureSetPoint = 20;
znE2.ControlDrybulbTemperature = false;
znE2.DrybulbTemperatureSetPoint = 20;
znW.ControlDrybulbTemperature = false;
znW.DrybulbTemperatureSetPoint = 20;
//外界条件設定***********************************************************
outDoor.AirState = new MoistAir(30, 0.020);
outDoor.SetWallSurfaceBoundaryState();
//天井に冷水配管を設置
if (USE_TUBE)
{
Tube tube = new Tube(0.999, 0.275, 4186);
tube.SetFlowRate(0.222);
tube.FluidTemperature = 10;
walls[7].AddTube(tube, 0);
walls[8].AddTube(tube, 0);
walls[9].AddTube(tube, 0);
}
//室温・壁温初期化*******************************************************
for (int i = 0; i < walls.Length; i++) walls[i].InitializeTemperature(INIT_TEMP);
znE1.InitializeAirState(INIT_TEMP, 0.015);
znE2.InitializeAirState(INIT_TEMP, 0.015);
znW.InitializeAirState(INIT_TEMP, 0.015);
//多数室オブジェクトを作成・初期化
Room[] rooms = new Room[2];
rooms[0] = new Room(new Zone[] { znW });
rooms[1] = new Room(new Zone[] { znE1, znE2 });
MultiRoom mRoom = new MultiRoom(rooms);
mRoom.SetTimeStep(TIME_STEP);
//初期化
mRoom.Initialize();
//室間換気設定***********************************************************
znW.VentilationVolume = znW.Volume * 0;
znE1.VentilationVolume = znE1.Volume * 0;
znE2.VentilationVolume = znE2.Volume * 0;
znW.VentilationAirState = outDoor.AirState;
znE1.VentilationAirState = outDoor.AirState;
znE2.VentilationAirState = outDoor.AirState;
//mRoom.SetAirFlow(znE1, znE2, 10);
//mRoom.SetAirFlow(znE2, znW, 10);
//mRoom.SetAirFlow(znW, znE1, 10);
//熱収支確認用変数*******************************************************
double heatTransferToExWall = 0;
double heatTransferToTube = 0;
double heatTransferToWindow = 0;
double oaLoad = 0;
//外気データ読み込み*****************************************************
StreamReader sReader = new StreamReader("BESTestWeather.csv");
sReader.ReadLine();
//室温更新テスト*********************************************************
for (int i = 0; i < ITER_NUM; i++)
{
//外気条件設定
string[] wData = sReader.ReadLine().Split(',');
outDoor.AirState = new MoistAir(double.Parse(wData[2]), double.Parse(wData[3]));
sun.DirectNormalRadiation = double.Parse(wData[4]);
sun.GlobalHorizontalRadiation = double.Parse(wData[5]);
sun.DiffuseHorizontalRadiation = double.Parse(wData[6]);
outDoor.NocturnalRadiation = double.Parse(wData[8]);
//12~13時は外側ブラインドを利用
if (sun.CurrentDateTime.Hour == 12 && sun.CurrentDateTime.Minute == 0) window.Initialize(gPanesWithBlind);
if (sun.CurrentDateTime.Hour == 13 && sun.CurrentDateTime.Minute == 0) window.Initialize(gPanes);
Console.WriteLine(
znW.CurrentDrybulbTemperature.ToString("F3").PadLeft(5) + " | "
+ znE1.CurrentDrybulbTemperature.ToString("F3").PadLeft(5) + " | "
+ znE2.CurrentDrybulbTemperature.ToString("F3").PadLeft(5) + " | "
+ znW.CurrentSensibleHeatLoad.ToString("F2").PadLeft(5) + " | "
+ znE1.CurrentSensibleHeatLoad.ToString("F2").PadLeft(5) + " | "
+ znE2.CurrentSensibleHeatLoad.ToString("F2").PadLeft(5) + " | "
+ walls[0].GetWallTemprature(true).ToString("F2").PadLeft(5) + " | "
+ walls[0].GetWallTemprature(false).ToString("F2").PadLeft(5) + " | "
);
//壁体状態更新
for (int j = 0; j < walls.Length; j++) walls[j].Update();
//外気条件を壁に設定
outDoor.SetWallSurfaceBoundaryState();
//室状態更新
mRoom.UpdateRoomTemperatures();
mRoom.UpdateRoomHumidities();
//壁体への熱移動量を積算
for (int j = 0; j < 10; j++) heatTransferToExWall += walls[j].GetHeatTransfer(true);
//窓面への熱移動量を積算
heatTransferToWindow += window.AbsorbedHeatGain + window.TransferHeatGain + window.TransmissionHeatGain;
heatTransferToWindow -= rooms[0].TransmissionHeatLossFromWindow + rooms[1].TransmissionHeatLossFromWindow;
//チューブへの熱移動量を積算
heatTransferToTube += walls[7].GetHeatTransferToTube(0) + walls[8].GetHeatTransferToTube(0) + walls[9].GetHeatTransferToTube(0);
//外気負荷を計算
Zone[] zns = new Zone[] { znE1, znE2, znW };
for (int j = 0; j < zns.Length; j++)
{
if (zns[j].VentilationVolume != 0)
{
double airDS = 1d / (MoistAir.GetAirStateFromDBHR(zns[j].CurrentDrybulbTemperature, zns[j].CurrentHumidityRatio, MoistAir.Property.SpecificVolume));
double cpAir = MoistAir.GetSpecificHeat(zns[j].CurrentHumidityRatio);
oaLoad += zns[j].VentilationVolume * airDS * cpAir * (zns[j].VentilationAirState.DryBulbTemperature - zns[j].CurrentDrybulbTemperature);
}
}
//日時更新
sun.Update(sun.CurrentDateTime.AddSeconds(TIME_STEP));
}
sReader.Close();
//熱収支を書き出し
//屋外から壁体への熱移動量[MJ]
heatTransferToExWall *= TIME_STEP / 1000000d;
//窓面への熱移動量[MJ]
heatTransferToWindow *= TIME_STEP / 1000000d;
//壁体からチューブへの熱移動量[MJ]
heatTransferToTube *= TIME_STEP / 1000000d;
//外気負荷[MJ]
oaLoad *= TIME_STEP / 1000000d / 3.6;
//壁体蓄熱量[MJ]
double wallHeatStorage = 0;
for (int i = 0; i < walls.Length; i++) wallHeatStorage += walls[i].GetHeatStorage(INIT_TEMP);
wallHeatStorage /= 1000d;
//室蓄熱量[MJ]
double zoneHeatStorage = (znE1.GetHeatStorage(INIT_TEMP) + znE2.GetHeatStorage(INIT_TEMP) + znW.GetHeatStorage(INIT_TEMP)) / 1000d;
//発熱量
double heatGain = (H_GAIN * TIME_STEP * ITER_NUM) / 1000000;
//書き出し
Console.WriteLine("壁体への熱移動[MJ] | 窓面への熱移動[MJ] | 壁体の蓄熱量[MJ] | 室の蓄熱量[MJ] | 発熱量[MJ] | チューブへの熱移動[MJ] | 外気負荷[MJ]");
Console.WriteLine(heatTransferToExWall.ToString("F2") + " | " + heatTransferToWindow.ToString("F2") + " | " +
wallHeatStorage.ToString("F2") + " | " + zoneHeatStorage.ToString("F2") + " | " + heatGain + " | " + heatTransferToTube.ToString("F2") + " | " + oaLoad.ToString("F2"));
Console.WriteLine("熱収支[MJ] = " + (heatTransferToExWall + heatTransferToWindow - heatTransferToTube - wallHeatStorage - zoneHeatStorage + heatGain + oaLoad));
Console.Read();
}
/// <summary>壁熱貫流テスト（潜熱蓄熱材）</summary>
private static void wallHeatTransferTest3()
{
//初期温度
const double INIT_TEMP = 35;
//壁層を作成
WallLayers wl = new WallLayers();
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.FrexibleBoard), 0.0165));
wl.AddLayer(new WallLayers.Layer(new WallMaterial("ダミー材料", 1, 1), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial("ダミー材料", 1, 1), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.ExtrudedPolystyreneFoam_3), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.Plywood), 0.009));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.AirGap), 0.015));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.Plywood), 0.009));
//壁体を作成
Wall wall = new Wall(wl);
wall.TimeStep = 1200;
wall.AirTemperature1 = 20;
wall.AirTemperature2 = 20;
wall.SurfaceArea = 6.48;
//潜熱蓄熱材1を作成して設定
LatentHeatStorageMaterial material1;
material1 = new LatentHeatStorageMaterial(19, new WallMaterial("パッシブ・スミターマル（凝固）", 0.19, 3.6 * 1400));
material1.AddMaterial(23, new WallMaterial("パッシブ・スミターマル（遷移）", (0.19 + 0.22) / 2d, 15.1 * 1400));
material1.AddMaterial(100, new WallMaterial("パッシブ・スミターマル（融解）", 0.22, 3.6 * 1400));
material1.Initialize(INIT_TEMP);
wall.SetLatentHeatStorageMaterial(1, material1);
//潜熱蓄熱材2を作成して設定
LatentHeatStorageMaterial material2;
material2 = new LatentHeatStorageMaterial(30, new WallMaterial("スミターマル（凝固）", 0.19, 3.6 * 1390));
material2.AddMaterial(32, new WallMaterial("スミターマル（遷移）", (0.19 + 0.22) / 2d, 63.25 * 1400));
material2.AddMaterial(100, new WallMaterial("スミターマル（融解）", 0.22, 3.5 * 1410));
material2.Initialize(INIT_TEMP);
wall.SetLatentHeatStorageMaterial(2, material2);
//潜熱蓄熱材の間に配管を埋設
Tube tube = new Tube(0.84, 0.346, 4186);
wall.AddTube(tube, 1);
tube.SetFlowRate(0);
tube.FluidTemperature = 40;
//壁体温度を初期化
wall.InitializeTemperature(INIT_TEMP);
for (int i = 0; i < wall.Layers.LayerNumber; i++) Console.Write("温度" + i + ", ");
Console.WriteLine("蓄熱量[kJ]");
for (int i = 0; i < 200; i++)
{
if (i == 100)
{
tube.SetFlowRate(0.54); //通水開始
wall.AirTemperature1 = 30;
wall.AirTemperature2 = 30;
}
wall.Update();
double[] tmp = wall.GetTemperatures();
for (int j = 0; j < tmp.Length - 1; j++) Console.Write(((tmp[j] + tmp[j + 1]) / 2d).ToString("F1") + ", ");
Console.Write(wall.GetHeatStorage(INIT_TEMP).ToString("F0"));
Console.WriteLine();
}
Console.Read();
}
/// <summary>壁熱貫流テスト（冷温水配管埋設）</summary>
private static void wallHeatTransferTest2()
{
WallLayers wl = new WallLayers();
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.FrexibleBoard), 0.0165));
wl.AddLayer(new WallLayers.Layer(new WallMaterial("水", 0.59, 4186), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial("水", 0.59, 4186), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.ExtrudedPolystyreneFoam_3), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.Plywood), 0.009));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.AirGap), 0.015));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.Plywood), 0.009));
Wall wall = new Wall(wl);
wall.TimeStep = 300;
wall.AirTemperature1 = 20;
wall.AirTemperature2 = 10;
wall.SurfaceArea = 6.48;
//配管を埋設
Tube tube = new Tube(0.84, 0.346, 4186);
wall.AddTube(tube, 1);
tube.SetFlowRate(0); //最初は流量0
tube.FluidTemperature = 30;
wall.InitializeTemperature(20); //壁体温度を初期化
for (int i = 0; i < wall.Layers.LayerNumber; i++) Console.Write("温度" + i + ", ");
Console.WriteLine("配管への熱移動量[W], 配管出口温度[C]");
for (int i = 0; i < 100; i++)
{
if (i == 50) tube.SetFlowRate(0.54); //通水開始
wall.Update();
double[] tmp = wall.GetTemperatures();
for (int j = 0; j < tmp.Length - 1; j++) Console.Write(((tmp[j] + tmp[j + 1]) / 2d).ToString("F1") + ", ");
Console.Write(wall.GetHeatTransferToTube(1).ToString("F0") + ", " + tube.GetOutletFluidTemperature().ToString("F1"));
Console.WriteLine();
}
Console.Read();
}
/// <summary>壁層に配管を埋め込む</summary>
/// <param name="tube">配管</param>
/// <param name="index">壁層番号（壁体の分割数を加算した番号）</param>
public void AddTube(Tube tube, uint index)
{
if (tubes.ContainsKey(index))
{
tubes[index].FlowRateChangeEvent -= flowRateChangeEvent;
}
tubes[index] = tube;
hasTubeFlowRateChanged = true;
tubes[index].FlowRateChangeEvent += flowRateChangeEvent;
}
/// <summary>Sample program calculating the unsteady heat conduction of wall with latent heat storage material</summary>
private static void wallTest3()
{
//Initial temperature
const double INIT_TEMP = 35;
//Create an instance of WallLayers class
WallLayers wl = new WallLayers();
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.FrexibleBoard), 0.0165));
wl.AddLayer(new WallLayers.Layer(new WallMaterial("dummy", 1, 1), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial("dummy", 1, 1), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.ExtrudedPolystyreneFoam_3), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.Plywood), 0.009));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.AirGap), 0.015));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.Plywood), 0.009));
//Create an instance of Wall class
Wall wall = new Wall(wl);
wall.TimeStep = 1200;
wall.AirTemperature1 = 20;
wall.AirTemperature2 = 20;
wall.SurfaceArea = 6.48;
//Create an instance of LatentHeatStorageMaterial class
LatentHeatStorageMaterial pmc1;
pmc1 = new LatentHeatStorageMaterial(19, new WallMaterial("PCM1 (Solid)", 0.19, 3.6 * 1400));
pmc1.AddMaterial(23, new WallMaterial("PCM1 (Two phase)", (0.19 + 0.22) / 2d, 15.1 * 1400));
pmc1.AddMaterial(100, new WallMaterial("PCM1 (Liquid)", 0.22, 3.6 * 1400));
pmc1.Initialize(INIT_TEMP);
//Set PCM to second wall layer
wall.SetLatentHeatStorageMaterial(1, pmc1);
//Create an instance of LatentHeatStorageMaterial class
LatentHeatStorageMaterial pcm2;
pcm2 = new LatentHeatStorageMaterial(30, new WallMaterial("PCM2 (Solid)", 0.19, 3.6 * 1390));
pcm2.AddMaterial(32, new WallMaterial("PCM2 (Two phase)", (0.19 + 0.22) / 2d, 63.25 * 1400));
pcm2.AddMaterial(100, new WallMaterial("PCM2 (Liquid)", 0.22, 3.5 * 1410));
pcm2.Initialize(INIT_TEMP);
//Set PCM to third wall layer
wall.SetLatentHeatStorageMaterial(2, pcm2);
//Install heating tube between PMCs
Tube tube = new Tube(0.84, 0.346, 4186);
wall.AddTube(tube, 1);
tube.SetFlowRate(0);
tube.FluidTemperature = 40;
//Initialize wall temperature
wall.InitializeTemperature(INIT_TEMP);
for (int i = 0; i < wall.Layers.LayerNumber; i++) Console.Write("Temperature" + i + ", ");
Console.WriteLine("Heat storage[kJ]");
for (int i = 0; i < 200; i++)
{
if (i == 100)
{
tube.SetFlowRate(0.54); //Start heating
wall.AirTemperature1 = 30;
wall.AirTemperature2 = 30;
}
wall.Update();
double[] tmp = wall.GetTemperatures();
for (int j = 0; j < tmp.Length - 1; j++) Console.Write(((tmp[j] + tmp[j + 1]) / 2d).ToString("F1") + ", ");
Console.Write(wall.GetHeatStorage(INIT_TEMP).ToString("F0"));
Console.WriteLine();
}
Console.Read();
}
/// <summary>Sample program calculating the unsteady heat conduction of wall with heating tube</summary>
private static void wallTest2()
{
WallLayers wl = new WallLayers();
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.FrexibleBoard), 0.0165));
wl.AddLayer(new WallLayers.Layer(new WallMaterial("Water", 0.59, 4186), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial("Water", 0.59, 4186), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.ExtrudedPolystyreneFoam_3), 0.02));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.Plywood), 0.009));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.AirGap), 0.015));
wl.AddLayer(new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.Plywood), 0.009));
Wall wall = new Wall(wl);
wall.TimeStep = 300;
wall.AirTemperature1 = 20;
wall.AirTemperature2 = 10;
wall.SurfaceArea = 6.48;
Tube tube = new Tube(0.84, 0.346, 4186);
//installing tube to wall
wall.AddTube(tube, 1);
tube.SetFlowRate(0); //initial flow rate is 0 kg/s
tube.FluidTemperature = 30;
wall.InitializeTemperature(20); //initialize temperature of the wall
for (int i = 0; i < wall.Layers.LayerNumber; i++) Console.Write("temperature" + i + ", ");
Console.WriteLine("heat transfer to the tube[W], outlet temperature of fluid[C]");
for (int i = 0; i < 100; i++)
{
if (i == 50) tube.SetFlowRate(0.54); //start heating
wall.Update();
double[] tmp = wall.GetTemperatures();
for (int j = 0; j < tmp.Length - 1; j++) Console.Write(((tmp[j] + tmp[j + 1]) / 2d).ToString("F1") + ", ");
Console.Write(wall.GetHeatTransferToTube(1).ToString("F0") + ", " + tube.GetOutletFluidTemperature().ToString("F1"));
Console.WriteLine();
}
Console.Read();
}