<dcc:result refType="force_envelopeFunctionMeasurementUncertaintyBalancedMean force_increasing">
  <dcc:name>
    <dcc:content lang="de">Einhüllende für die Messunsicherheiten für ausgeglichenes Mittel Wₓₐ (aufsteigende Kraftstufen)</dcc:content>
    <dcc:content lang="en">Envelope function for measurement uncertainties for arithmetic mean Wₓₐ (increasing force levels)</dcc:content>
  </dcc:name>
  <dcc:description>
    <dcc:content lang="de">Die in der Tabelle oben aufgeführten erweiterten relativen Messunsicherheiten W Xa können approximiert werden mit:</dcc:content>
    <dcc:content lang="en">The expanded relative uncertainties W Xa stated in the table above can be approximated with:</dcc:content>
  </dcc:description>
  <dcc:data>
    <dcc:formula refType="force_function">
      <dcc:mathml>
        <mathml:math>
          <mathml:apply>
            <mathml:eq />
            <mathml:ci>Wₓₐ</mathml:ci>
            <mathml:apply>
              <mathml:plus />
              <mathml:ci id="envelopeFunctionMeasurementUncertaintyBalancedMeanIncreasingConstantCoefficient_d">d</mathml:ci>
              <mathml:apply>
                <mathml:times />
                <mathml:ci id="envelopeFunctionMeasurementUncertaintyBalancedMeanIncreasingLinearCoefficient_a">a</mathml:ci>
                <mathml:ci>F</mathml:ci>
              </mathml:apply>
              <mathml:apply>
                <mathml:times />
                <mathml:ci id="envelopeFunctionMeasurementUncertaintyBalancedMeanIncreasingQuadraticCoefficient_b">b</mathml:ci>
                <mathml:apply>
                  <mathml:power />
                  <mathml:ci>F</mathml:ci>
                  <mathml:cn>2</mathml:cn>
                </mathml:apply>
              </mathml:apply>
              <mathml:apply>
                <mathml:times />
                <mathml:ci id="envelopeFunctionMeasurementUncertaintyBalancedMeanIncreasingCubicCoefficient_c">c</mathml:ci>
                <mathml:apply>
                  <mathml:power />
                  <mathml:ci>F</mathml:ci>
                  <mathml:cn>3</mathml:cn>
                </mathml:apply>
              </mathml:apply>
            </mathml:apply>
          </mathml:apply>
        </mathml:math>
      </dcc:mathml>
    </dcc:formula>
    <dcc:list refType="force_functionParameters">
      <dcc:name>
        <dcc:content lang="de">Koeffizienten</dcc:content>
        <dcc:content lang="en">Coefficients</dcc:content>
      </dcc:name>
      <dcc:description>
        <dcc:content lang="de">Wenn diese Funktion für die Berechnung der relativen Messunsicherheit verwendet wird, muss die Einheit 1 zu Prozent konvertiert werden</dcc:content>
        <dcc:content lang="en">If you use this function for calculating the relative measurement uncertainty, you have to convert the unit \one to \percent.</dcc:content>
      </dcc:description>
      <dcc:quantity refType="force_coefficient" refId="envelopeFunctionMeasurementUncertaintyBalancedMeanIncreasingLinearCoefficient_a">
        <si:real>
          <si:value>3.28e-9</si:value>
          <si:unit>\kilo\newton\tothe{-1}</si:unit>
        </si:real>
      </dcc:quantity>
      <dcc:quantity refType="force_coefficient" refId="envelopeFunctionMeasurementUncertaintyBalancedMeanIncreasingQuadraticCoefficient_b">
        <si:real>
          <si:value>-5.49e-12</si:value>
          <si:unit>\kilo\newton\tothe{-2}</si:unit>
        </si:real>
      </dcc:quantity>
      <dcc:quantity refType="force_coefficient" refId="envelopeFunctionMeasurementUncertaintyBalancedMeanIncreasingCubicCoefficient_c">
        <si:real>
          <si:value>2.49e-15</si:value>
          <si:unit>\kilo\newton\tothe{-3}</si:unit>
        </si:real>
      </dcc:quantity>
      <dcc:quantity refType="force_coefficient" refId="envelopeFunctionMeasurementUncertaintyBalancedMeanIncreasingConstantCoefficient_d">
        <si:real>
          <si:value>3.38e-4</si:value>
          <si:unit>\one</si:unit>
        </si:real>
      </dcc:quantity>
    </dcc:list>
  </dcc:data>
</dcc:result>