private static void wallOverallHeatTransferCoefTest()
{
//多層壁オブジェクトを作成
WallLayers wLayers = new WallLayers("熱貫流率計算用多層壁");
//壁層の素材を作成
WallMaterial[] materials = new WallMaterial[4];
//第1層：合板
materials[0] = new WallMaterial(WallMaterial.PredefinedMaterials.Plywood);
//第2層：非密閉空気層
materials[1] = new WallMaterial(WallMaterial.PredefinedMaterials.AirGap);
//第3層：鉄筋コンクリート
materials[2] = new WallMaterial(WallMaterial.PredefinedMaterials.ReinforcedConcrete);
//第4層：漆喰
materials[3] = new WallMaterial("漆喰", 0.7, 1000);
//壁の各層を作成
//合板:20mm
wLayers.AddLayer(new WallLayers.Layer(materials[0], 0.02));
//空気層:厚みは関係なし
wLayers.AddLayer(new WallLayers.Layer(materials[1], 0.01));
//鉄筋コンクリート:150mm
wLayers.AddLayer(new WallLayers.Layer(materials[2], 0.15));
//漆喰:10mm
wLayers.AddLayer(new WallLayers.Layer(materials[3], 0.01));
//結果書き出し
Console.WriteLine("壁層の構成");
for (uint i = 0; i < wLayers.LayerNumber; i++)
{
WallLayers.Layer layer = wLayers.GetLayer(i);
Console.WriteLine("第" + (i + 1) + "層：" + layer.Material.Name + "(" + layer.Thickness + "m)");
}
Console.WriteLine("熱貫流率=" + wLayers.GetThermalTransmission().ToString("F1") + " W/(m2-K)");
Console.WriteLine();
//軽量コンクリートに変えてみる
wLayers.ReplaceLayer(2, new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.LightweightConcrete), 0.15));
//結果書き出し
Console.WriteLine("壁層の構成");
for (uint i = 0; i < wLayers.LayerNumber; i++)
{
WallLayers.Layer layer = wLayers.GetLayer(i);
Console.WriteLine("第" + (i + 1) + "層：" + layer.Material.Name + "(" + layer.Thickness + "m)");
}
Console.WriteLine("熱貫流率=" + wLayers.GetThermalTransmission().ToString("F1") + " W/(m2-K)");
Console.Read();
}
/// <summary>Sample program calculating the thermal transimission of the wall layers</summary>
private static void wallLayersTest()
{
//Create an instance of WallLayers
WallLayers wLayers = new WallLayers("Sample wall layer");
//Make an array of materials
WallMaterial[] materials = new WallMaterial[4];
//The first layer : plywood
materials[0] = new WallMaterial(WallMaterial.PredefinedMaterials.Plywood);
//The second layer : air gap
materials[1] = new WallMaterial(WallMaterial.PredefinedMaterials.AirGap);
//The thirg layer : concrete
materials[2] = new WallMaterial(WallMaterial.PredefinedMaterials.ReinforcedConcrete);
//The fourth layer : white Wash
materials[3] = new WallMaterial("White Wash", 0.7, 1000);
//Add a layer to WallLayers object
//plywood : 20mm
wLayers.AddLayer(new WallLayers.Layer(materials[0], 0.02));
//air gap : heat conductance doesn't depend on thickness
wLayers.AddLayer(new WallLayers.Layer(materials[1], 0.01));
//concrete : 150mm
wLayers.AddLayer(new WallLayers.Layer(materials[2], 0.15));
//white Wash : 10mm
wLayers.AddLayer(new WallLayers.Layer(materials[3], 0.01));
//output result
Console.WriteLine("Wall composition");
for (uint i = 0; i < wLayers.LayerNumber; i++)
{
WallLayers.Layer layer = wLayers.GetLayer(i);
Console.WriteLine("Layer " + (i + 1) + "：" + layer.Material.Name + "(" + layer.Thickness + "m)");
}
Console.WriteLine("Thermal transmission = " + wLayers.GetThermalTransmission().ToString("F1") + " W/(m2-K)");
Console.WriteLine();
//Replace concrete to light weight concrete
wLayers.ReplaceLayer(2, new WallLayers.Layer(new WallMaterial(WallMaterial.PredefinedMaterials.LightweightConcrete), 0.15));
//output result
Console.WriteLine("Wall composition");
for (uint i = 0; i < wLayers.LayerNumber; i++)
{
WallLayers.Layer layer = wLayers.GetLayer(i);
Console.WriteLine("Layer " + (i + 1) + "：" + layer.Material.Name + "(" + layer.Thickness + "m)");
}
Console.WriteLine("Thermal transmission = " + wLayers.GetThermalTransmission().ToString("F1") + " W/(m2-K)");
Console.WriteLine();
Console.Read();
}
