protected virtual double GetLambdaStem()
{
if (sectionTee != null)
{
double lambdaStem = Compactness.GetWebLambda();
return(lambdaStem);
}
else
{
throw new SectionNullException(typeof(ISectionTee));
}
}
protected virtual double GetLambdaFlange()
{
if (sectionTee != null)
{
double lambdaFlange = Compactness.GetCompressionFlangeLambda();
return(lambdaFlange);
}
else
{
throw new SectionNullException(typeof(ISectionTee));
}
}
public void GetFbx(Compactness Compact)
{
BucklingLengthMax = (BucklingLengthX > BucklingLengthY) ? BucklingLengthX : BucklingLengthY;
if (BucklingLengthMax <= ((20 * bfMinimum * BfMinimum) / Math.Sqrt(FYield)))
{
switch (Compact)
{
case Compactness.Compact:
Fbx = 0.64 * FYield;
Fby = 0.72 * FYield;
break;
case Compactness.NonCompact:
Fbx = Fby = 0.58 * FYield;
break;
case Compactness.Slender:
break;
default:
break;
}
}
}
public virtual CompactnessClassFlexure GetStemCompactnessClass()
{
return(Compactness.GetWebCompactnessFlexure());
}
protected virtual CompactnessClassFlexure GetFlangeCompactnessClass()
{
return(Compactness.GetFlangeCompactnessFlexure());
}
protected virtual double GetLambdarf(FlexuralCompressionFiberPosition compressionFiberPosition)
{
return(Compactness.GetFlangeLambda_r(StressType.Flexure));
}
