public BuildingDirectionalProcedureElement(double Width, double Length, double Height, double WindSpeed, WindExposureCategory windExposureType, WindEnclosureType EnclosureClass, WindStructureDynamicResponseType StructureDynamicClass, double Damping, ICalcLog CalcLog) : base(Width, Length, Height, WindSpeed, windExposureType, EnclosureClass, StructureDynamicClass, Damping, CalcLog) { }
public WindStructure(double Width, double Length, double Height, double WindSpeed, WindStructureDynamicResponseType StructureDynamicClass, double Damping, ICalcLog CalcLog) : this(Width, Length, Height, WindSpeed, WindExposureCategory.C, WindEnclosureType.Enclosed, StructureDynamicClass, Damping, CalcLog) { terrainCoefficientsNeedCalculation = true; }
public WindStructureDynamicResponseType GetDynamicClassification(double n1) { WindStructureDynamicResponseType classification = WindStructureDynamicResponseType.Flexible; if (n1 > 1.0) { classification = WindStructureDynamicResponseType.Rigid; #region Rigid ICalcLogEntry RigidEntry = new CalcLogEntry(); RigidEntry.ValueName = "n1"; RigidEntry.Reference = ""; RigidEntry.DescriptionReference = "/Templates/Loads/ASCE7_10/Wind/GustFactor/WindDynamicClassificationRigid.docx"; RigidEntry.VariableValue = Math.Round(n1, 3).ToString(); #endregion this.AddToLog(RigidEntry); } else { classification = WindStructureDynamicResponseType.Flexible; #region Flexible ICalcLogEntry FlexibleEntry = new CalcLogEntry(); FlexibleEntry.ValueName = "n1"; FlexibleEntry.Reference = ""; FlexibleEntry.DescriptionReference = "/Templates/Loads/ASCE7_10/Wind/GustFactor/WindDynamicClassificationFlexible.docx"; FlexibleEntry.VariableValue = Math.Round(n1, 3).ToString(); #endregion this.AddToLog(FlexibleEntry); } return(classification); }
public double GetGustFacor ( WindStructureDynamicResponseType DynamicClassification, double B , double h , double L , double beta , double n1 , double V , WindExposureCategory WindExposure ) { this.Width = B; this.Height = h; this.Length = L; this.Damping = beta; this.n1 = n1; this.WindSpeed = V; double G = 0.85; CalculateTerrainCoefficients(WindExposure); if (DynamicClassification == WindStructureDynamicResponseType.Flexible) { double z_ob = GetEquivalentHeightZob(); double Iz = GetTurbulenceIntensityIz(); double V_z_ob = GetMeanHourlyWindVz(); double Lz = GetIntegralLengthScaleOfTurbulenceLz(); double R = GetResonantResponseFactorR(); double gQ = 3.4; double gv = 3.4; double gR = GetPeakFactorForResonantResponse_gr(); double Q = GetBackgroundResponseFactorQ(); G = GetGustFacrorFlexible(gQ, Q, gR, R, gv, Iz); } else { double z_ob = GetEquivalentHeightZob(); double Iz = GetTurbulenceIntensityIz(); double Lz = GetIntegralLengthScaleOfTurbulenceLz(); double Q = GetBackgroundResponseFactorQ(); double gQ = 3.4; double gv = 3.4; #region g ICalcLogEntry gEntry = new CalcLogEntry(); gEntry.ValueName = "g"; gEntry.Reference = ""; gEntry.DescriptionReference = "/Templates/Loads/ASCE7_10/Wind/GustFactor/WindGustFactorRigidgv.docx"; gEntry.FormulaID = null; //reference to formula from code gEntry.VariableValue = Math.Round(3.4, 3).ToString(); #endregion this.AddToLog(gEntry); G =GetGustFactorRigid(gQ, gv, Q, Iz); } return G; }
public double GetGustFacor ( WindStructureDynamicResponseType DynamicClassification, double B, double h, double L, double beta, double n1, double V, WindExposureCategory WindExposure ) { this.Width = B; this.Height = h; this.Length = L; this.Damping = beta; this.n1 = n1; this.WindSpeed = V; double G = 0.85; CalculateTerrainCoefficients(WindExposure); if (DynamicClassification == WindStructureDynamicResponseType.Flexible) { double z_ob = GetEquivalentHeightZob(); double Iz = GetTurbulenceIntensityIz(); double V_z_ob = GetMeanHourlyWindVz(); double Lz = GetIntegralLengthScaleOfTurbulenceLz(); double R = GetResonantResponseFactorR(); double gQ = 3.4; double gv = 3.4; double gR = GetPeakFactorForResonantResponse_gr(); double Q = GetBackgroundResponseFactorQ(); G = GetGustFacrorFlexible(gQ, Q, gR, R, gv, Iz); } else { double z_ob = GetEquivalentHeightZob(); double Iz = GetTurbulenceIntensityIz(); double Lz = GetIntegralLengthScaleOfTurbulenceLz(); double Q = GetBackgroundResponseFactorQ(); double gQ = 3.4; double gv = 3.4; #region g ICalcLogEntry gEntry = new CalcLogEntry(); gEntry.ValueName = "g"; gEntry.Reference = ""; gEntry.DescriptionReference = "/Templates/Loads/ASCE7_10/Wind/GustFactor/WindGustFactorRigidgv.docx"; gEntry.FormulaID = null; //reference to formula from code gEntry.VariableValue = Math.Round(3.4, 3).ToString(); #endregion this.AddToLog(gEntry); G = GetGustFactorRigid(gQ, gv, Q, Iz); } return(G); }
public WindStructure(double Width, double Length, double Height, double WindSpeed, WindExposureCategory windExposureType, WindEnclosureType EnclosureClass, WindStructureDynamicResponseType StructureDynamicClass, double Damping, ICalcLog CalcLog) : base(CalcLog) { this.width = Width; this.length = Length; this.height = Height; this.windSpeed = WindSpeed; this._windExposure = windExposureType; this.enclosureClassification = EnclosureClass; this.dynamicClassification = StructureDynamicClass; this.damping = Damping; terrainCoefficientsNeedCalculation = true; }