There are a few classification parameters that are common across all the types of
weld lines that can be detected by
HyperLife Weld Certification.
Parameter |
Label |
Weld Type |
Weld_Type |
Weld Category |
Weld_Category_<Weld Type> |
Evaluation Distance Calculation Method |
EvalDist Calculation Method |
- Weld_Type
- This parameter is automatically detected by HL-WC.
The supported weld types are T, L, B, O, X and M welds. More information
about weld types is available in The
Weld Evaluation.
- Weld_Category
- Preset configurations for the classification parameters.
- EvalDist Calculation Method
- HL-WC allows two ways to calculate the evaluation
distance using an automatic method and a manual method. The automatic method
calculates the evaluation distance as a function of weld width and shell
thickness of the components connected by the weld line.
When using the manual method you can specify the distance in model units and
HL-WC will use the value as is.
- Resultant Weld Thickness (Ar)
- Ar (resulting weld thickness) is user-defined input. Based on this
parameter, there is a provision to reduce the stress values that are
captured from FE in specific sheets of the connection according to the
formula:
Stress (corrected) = Stress (current) * Ar / shell
thickness
. This applies only to the stress normal to the weld
and the shear stress. By default the value of Ar is set for the minimum
shell thickness and then you can modify the value accordingly.
Direction Details
- Longitudinal Direction
- Direction parallel to the axis of the weld.
- Transverse Direction
- Direction perpendicular to the axis of the weld. There are two
directions possible here, one towards the base material and other
towards the web material.