public void CompoundShapeReturnsPNA_WT()
{
//Properties
double d = 8.49;
double b_f = 10.4;
double t_w = 0.585;
double t_f = 0.985;
double k = 1.39;
double y_p = 0.706;
double refValue = d - y_p;
CompoundShapePart TopFlange = new CompoundShapePart(b_f, t_f, new Point2D(0, d - t_f / 2));
PartWithDoubleFillet TopFillet = new PartWithDoubleFillet(k, t_w, new Point2D(0, d - t_f), true);
CompoundShapePart Web = new CompoundShapePart(t_w, d - t_f - k, new Point2D(0, d / 2));
List <CompoundShapePart> tee = new List <CompoundShapePart>()
{
TopFlange,
TopFillet,
Web,
};
ArbitraryCompoundShape shape = new ArbitraryCompoundShape(tee, null);
double y_pCalculated = shape.y_pBar;
double actualTolerance = EvaluateActualTolerance(y_pCalculated, refValue);
Assert.LessOrEqual(actualTolerance, tolerance);
}
public void CompoundShapeReturnsPNA_W()
{
//Properties
double d = 17.7;
double b_f = 6.00;
double t_w = 0.300;
double t_f = 0.425;
double k = 0.827;
double refValue = d / 2;
CompoundShapePart TopFlange = new CompoundShapePart(b_f, t_f, new Point2D(0, d - t_f / 2));
CompoundShapePart BottomFlange = new CompoundShapePart(b_f, t_f, new Point2D(0, t_f / 2));
CompoundShapePart Web = new CompoundShapePart(t_w, d - 2 * (t_f + k), new Point2D(0, d / 2));
PartWithDoubleFillet TopFillet = new PartWithDoubleFillet(k, t_w, new Point2D(0, d - t_f), true);
PartWithDoubleFillet BottomFillet = new PartWithDoubleFillet(k, t_w, new Point2D(0, t_f), false);
List <CompoundShapePart> Ishape = new List <CompoundShapePart>()
{
BottomFlange,
BottomFillet,
Web,
TopFillet,
TopFlange,
};
ArbitraryCompoundShape shape = new ArbitraryCompoundShape(Ishape, null);
double y_pCalculated = shape.y_pBar;
double actualTolerance = EvaluateActualTolerance(y_pCalculated, refValue);
Assert.LessOrEqual(actualTolerance, tolerance);
}
public void CompoundShapeReturnsPNA_SymmetricIShape()
{
//Properties
double d = 10;
double b_f = 8;
double t_w = 1;
double t_f = 1;
double refValue = d / 2;
CompoundShapePart TopFlange = new CompoundShapePart(b_f, t_f, new Point2D(0, d - t_f / 2));
CompoundShapePart BottomFlange = new CompoundShapePart(b_f, t_f, new Point2D(0, t_f / 2));
CompoundShapePart Web = new CompoundShapePart(t_w, d - 2 * t_f, new Point2D(0, d / 2));
List <CompoundShapePart> Ishape = new List <CompoundShapePart>()
{
BottomFlange,
Web,
TopFlange
};
ArbitraryCompoundShape shape = new ArbitraryCompoundShape(Ishape, null);
double y_pCalculated = shape.y_pBar;
double actualTolerance = EvaluateActualTolerance(y_pCalculated, refValue);
Assert.LessOrEqual(actualTolerance, tolerance);
}
private ISliceableSection CalculateTransformedSection()
{
var TransformedRebarShapes = GetTransformedRebarShapes(Section.SliceableShape.YMax, Section.SliceableShape.YMin);
CompoundShape compoundShape = this.Section.SliceableShape as CompoundShape;
if (compoundShape != null)
{
List <CompoundShapePart> parts = compoundShape.RectanglesXAxis.Select(cs => cs).ToList();
var UniqueYPointsForBars = this.LongitudinalBars.Select(b => b.Coordinate.Y).Distinct();
foreach (var YPoint in UniqueYPointsForBars)
{
var pointsAtThisY = TransformedRebarShapes.Where(b => b.GetElasticCentroidCoordinate().Y == YPoint);
if (pointsAtThisY != null)
{
double A_total = pointsAtThisY.Sum(p => p.A);
double b_total = pointsAtThisY.Sum(p => p.XMax - p.XMin);
double h_average = A_total / b_total;
CompoundShapePart part = new CompoundShapePart(b_total, h_average, new Point2D(0, YPoint));
parts.Add(part);
}
}
ArbitraryCompoundShape combinedShape = new ArbitraryCompoundShape(parts, null);
return(combinedShape);
}
else
{
return(Section.SliceableShape as ISliceableSection);
}
}
public void CompoundShapeReturnsSlicePlaneLocation()
{
ArbitraryCompoundShape shape = GetCustomTeeShape();
double YPlane = shape.GetSlicePlaneTopOffset(6.25);
Assert.AreEqual(3.5, YPlane);
}
public void CompoundShapeReturnsTopSLiceAtOffset()
{
ArbitraryCompoundShape shape = GetCustomTeeShape();
IMoveableSection topSLice = shape.GetTopSliceSection(3.5, SlicingPlaneOffsetType.Top);
Assert.AreEqual(6.25, topSLice.A);
}
public void CompoundShapeReturnsTopSliceOfArea()
{
ArbitraryCompoundShape shape = GetCustomTeeShape();
IMoveableSection topSlice = shape.GetTopSliceOfArea(6.25);
Assert.AreEqual(6.25, topSlice.A);
Assert.AreEqual(3.5, topSlice.YMin);
}
private ArbitraryCompoundShape GetCustomTeeShape()
{
List <CompoundShapePart> rectX = new List <CompoundShapePart>()
{
new CompoundShapePart(0.5, 6, new Point2D(0, 3)),
new CompoundShapePart(5, 1, new Point2D(0, 6.5)),
};
ArbitraryCompoundShape shape = new ArbitraryCompoundShape(rectX, null);
return(shape);
}
public void CompoundShapeReturnsPlasticSectionModulusZx()
{
List <CompoundShapePart> rectX = new List <CompoundShapePart>()
{
new CompoundShapePart(125, 8, new Point2D(0, 112)),
new CompoundShapePart(6, 100, new Point2D(0, 58)),
new CompoundShapePart(75, 8, new Point2D(0, 4))
};
ArbitraryCompoundShape shape = new ArbitraryCompoundShape(rectX, null);
double Zx = shape.Z_x;
Assert.AreEqual(94733.3, Math.Round(Zx, 1));
}
