public ConcreteCoverOutputString GetResults(ConcreteCoverInput input)
{
var calculator = new ConcreteCoverCalculator();
var output = calculator.CalculateNominalConcreteCover(input);
return(new ConcreteCoverOutputString {
StructuralClass = "S" + output.StructuralClass.ToString(),
MinimumCover = (output.MinimumCover * 1000).ToString() + " mm",
MinimumCoverDueToBondRequirement = (output.MinimumCoverDueToBondRequirement * 1000).ToString() + " mm",
MinimumCoverDueToEnvironmentalConditions = (output.MinimumCoverDueToEnvironmentalConditions * 1000).ToString() + " mm",
NominalCover = (output.NominalCover * 1000).ToString() + " mm"
});
}
public void CalculateMinimumCoverDueToBondRequirementTests(int testCaseNumber, ArrangementOfBars arrangementOfBars,
double rebarDiameter, bool NominalMaximumAggregateSizeIsGreaterThan32mm, double expectedCover)
{
ConcreteCoverInput inputData = new ConcreteCoverInput()
{
ArrangementOfBars = ConcreteCoverCalculator.ConvertArrangementOfBarsToString(arrangementOfBars),
RebarDiameter = (rebarDiameter * 1000).ToString() + " mm",
NominalMaximumAggregateSizeIsGreaterThan32mm = NominalMaximumAggregateSizeIsGreaterThan32mm
};
ConcreteCoverCalculator coverCalculator = new ConcreteCoverCalculator();
var result = coverCalculator.CalculateMinimumCoverDueToBondRequirement(inputData);
Assert.AreEqual(expectedCover, result.MinimumCoverDueToBondRequirement);
}
public void CalculateMinimumCoverDueToEnvironmentalConditionsTests(int testCaseNumber, ExposureClass exposureClass,
StructuralClass structuralClass, double expectedCover)
{
ConcreteCoverInput inputData = new ConcreteCoverInput()
{
ExposureClass = ConcreteCoverCalculator.ConvertExposureClassToString(exposureClass),
};
ConcreteCoverCalculator coverCalculator = new ConcreteCoverCalculator();
coverCalculator.outputData.StructuralClass = ConcreteCoverCalculator.ConvertStructuralClassToString(structuralClass);
var result = coverCalculator.CalculateMinimumCoverDueToEnvironmentalConditions(inputData);
Assert.AreEqual(expectedCover, result.MinimumCoverDueToEnvironmentalConditions);
}
public void CalculateNominalConcreteCoverTests_(int testCaseNumber, double minimumCover, double allowanceInDesignForDeviation, double expectedCover)
{
ConcreteCoverInput inputData = new ConcreteCoverInput()
{
ArrangementOfBars = "Separated",
RebarDiameter = "16 mm",
ExposureClass = "XC3",
ConcreteClass = "C30/37",
BaseStructuralClass = "S4",
AllowanceInDesignForDeviation = allowanceInDesignForDeviation
};
ConcreteCoverCalculator coverCalculator = new ConcreteCoverCalculator();
coverCalculator.outputData.MinimumCover = minimumCover;
var result = coverCalculator.CalculateNominalConcreteCover(inputData);
Assert.AreEqual(expectedCover, result.NominalCover);
}
public void CalculateStructuralClass(string testCaseNumber, StructuralClass structureClass,
bool designWorkingLifeOf100Years, ExposureClass exposureClass, ConcreteClass concreteClass,
bool memberWithSlabGeometry, bool specialQualityControlOfTheConcreteProductionEnsured,
string expectedStructuralClass)
{
ConcreteCoverInput inputData = new ConcreteCoverInput()
{
// Recommended Structural Class when design working life is 50 years
BaseStructuralClass = ConcreteCoverCalculator.ConvertStructuralClassToString(structureClass),
DesignWorkingLifeOf100Years = designWorkingLifeOf100Years,
ExposureClass = ConcreteCoverCalculator.ConvertExposureClassToString(exposureClass),
ConcreteClass = ConcreteCoverCalculator.ConvertConcreteClassToString(concreteClass),
MemberWithSlabGeometry = memberWithSlabGeometry,
SpecialQualityControlOfTheConcreteProductionEnsured = specialQualityControlOfTheConcreteProductionEnsured
};
ConcreteCoverCalculator coverCalculator = new ConcreteCoverCalculator();
var result = coverCalculator.CalculateStructuralClass(inputData);
Assert.AreEqual(expectedStructuralClass, "S" + result.StructuralClass);
}
