public double GetEffectiveGirderWidth(double L_g,double L_j,double I_g,double I_j,
double S_j,double L_floor,
BeamFloorLocationType beamType,
JoistToGirderConnectionType ConnectionType)
{
double D_g = GetDistributedGirderMomentOfInertia(I_g, L_j);
double D_j = GetDistributedJoistMomentOfInertia(I_j, S_j);
return GetEffectiveGirderWidth(L_floor, L_floor, L_j, D_j, D_g, beamType, ConnectionType);
}
public double GetEffectiveGirderWidth(double L_g, double L_j, double I_g, double I_j,
double S_j, double L_floor,
BeamFloorLocationType beamType,
JoistToGirderConnectionType ConnectionType)
{
double D_g = GetDistributedGirderMomentOfInertia(I_g, L_j);
double D_j = GetDistributedJoistMomentOfInertia(I_j, S_j);
return(GetEffectiveGirderWidth(L_floor, L_floor, L_j, D_j, D_g, beamType, ConnectionType));
}
public double GetEffectiveGirderWidth(double L_g, double L_floor, double L_j,
double D_j, double D_g, BeamFloorLocationType beamType,
JoistToGirderConnectionType ConnectionType)
{
double C_g = 1.8;
if (ConnectionType == JoistToGirderConnectionType.PlacementAtTopFlange)
{
C_g = 1.8;
}
double B_g = C_g * Math.Pow((((D_j) / (D_g))), 1 / 4.0) * L_g;
if (beamType == BeamFloorLocationType.Inner)
{
return(Math.Min(B_g, 2.0 / 3.0 * L_floor));
}
else
{
return(Math.Min(B_g, 2.0 / 3.0 * L_j));
}
}
public double GetEffectiveGirderWidth(double L_g, double L_floor, double L_j,
double D_j, double D_g, BeamFloorLocationType beamType,
JoistToGirderConnectionType ConnectionType)
{
double C_g = 1.8;
if (ConnectionType == JoistToGirderConnectionType.PlacementAtTopFlange)
{
C_g = 1.8;
}
double B_g = C_g * Math.Pow((((D_j) / (D_g))), 1 / 4.0) * L_g;
if (beamType == BeamFloorLocationType.Inner)
{
return Math.Min(B_g, 2.0 / 3.0 * L_floor);
}
else
{
return Math.Min(B_g, 2.0 / 3.0 * L_j);
}
}
