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SkyCiv Load Generator

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  2. SkyCiv Load Generator
  3. 風荷重
  4. NBCC 2015 およびNBCC 2020 CpCg値

NBCC 2015 およびNBCC 2020 CpCg値

SkyCiv Load Generator は、次の数値のデジタル化された値を使用して計算します。 \( C_{p} C_{g} \) 構造コンポーネントと被覆材の設計風圧を計算する際:

  • 図4.1.7.6.-B – External peak values of \( C_{p} C_{g} \) on individual walls for the design of cladding and secondary structural members;
  • 図4.1.7.6.-C – External peak values of \( C_{p} C_{g} \) on roofs with a slope of 7° or less for the design of structural components and cladding;
  • 図4.1.7.6.-E – External peak values of \( C_{p} C_{g} \) on single-span gabled and hipped roofs with a slope greater than 7° for the design of structural components and cladding; そして
  • 図4.1.7.6.-G – External peak values of \( C_{p} C_{g} \) on monoslope roofs for the design of structural components and cladding.

The process is done by using Engauge Digitizer, as the exact values in the graphs are not explicitly shown or stated in the code reference. With this, for transparency, the following data are being used in the Load Generator – NBCCを使用した風荷重計算 2015 そして 2020. The adopted values are rounded to the nearest tenths (higher magnitude). Values in between known points are interpolated linearly using log-scale for the area axis.

図4.1.7.6.-B – \( C_{p} C_{g} \) on individual walls for the design of cladding and secondary structural members

ゾーン 範囲, 平方メートル. \( C_{p}C_{g}\)
\(e ^{-}\) ≤ 1 -2.1
≥ 50 -1.5
\(w^{-}\) ≤ 1 -1.8
≥ 50 -1.5
\(e ^{+}\) そして \(w^{+}\) ≤ 1 1.8
≥ 50 1.3

図4.1.7.6.-C – \( C_{p} C_{g} \) on roofs with a slope of 7° or less for the design of structural components and cladding

ゾーン 範囲, 平方メートル. \( C_{p} C_{g} \)
\(s^{-}\) ≤ 7.128 -2.5
≥ 10 -2.0
\(r^{-}\) ≤ 1 -1.8
≥ 10 -1.5
\(c^{-}\) ≤ 1 -5.4
≥ 10 -2.0
\(oc^{-}\) ≤ 1 -5.4
≥ 10 -1.5
\(os^{-}\) ≤ 1 -3.2
10 -3.0
≥ 50 -2.0
\(or^{-}\) ≤ 1 -3.2
10 -3.0
≥ 50 -2.0
\(s^{+}\), \(r^{+}\), そして \(c^{+}\) ≤ 1 0.5
≥ 10 0.33

図4.1.7.6.-E – \( C_{p} C_{g} \) on roofs with a slope of \( 7° \lt \alpha \leq 27° \)

ゾーン 範囲, 平方メートル. \( C_{p} C_{g} \)
\(s^{-}\) ≤ 2.2 -3.6
≥ 10 -2.6
\(r^{-}\) ≤ 0.9 -2.5
≥ 8.9 -2.05
\(c^{-}\) ≤ 1.1 -5.0
≥ 10.8 -4.0
\(oc^{-}\) ≤ 1.1 -7.0
≥ 11.1 -4.7
\(os^{-}\) ≤ 1 -4.1
≥ 10 -4.1
\(or^{-}\) ≤ 1 -1.6
≥ 10 -1.6
\(s^{+}\), \(r^{+}\), そして \(c^{+}\) ≤ 1.2 0.8
≥ 7.94 0.5

図4.1.7.6.-E – \( C_{p} C_{g} \) on roofs with a slope of \( 27° \lt \alpha \leq 45° \)

ゾーン 範囲, 平方メートル. \( C_{p} C_{g} \)
\(s^{-}\) ≤ 0.75 -2.1
≥ 7.95 -1.9
\(r^{-}\) ≤ 1.26 -1.8
≥ 12.6 -1.5
\(c^{-}\) ≤ 0.75 -2.1
≥ 7.95 -1.9
\(oc^{-}\) ≤ 1 -3.8
≥ 10.9 -3.3
\(os^{-}\) ≤ 1 -3.8
≥ 10.9 -3.3
\(or^{-}\) ≤ 1 -1.8
≥ 10 -1.8
\(s^{+}\), \(r^{+}\), そして \(c^{+}\) ≤ 0.8 1.6
≥ 7 1.5

図4.1.7.6.-G – \( C_{p} C_{g} \) on roofs with a slope of \( 3° \lt \alpha \leq 10° \) Monoslope Roof

ゾーン 範囲, 平方メートル. \( C_{p} C_{g} \)
\(s^{-}\) ≤ 2 -2.5
≥ 11 -2.4
\(r^{-}\) ≤ 1 -2.0
≥ 10.9 -2.0
\(c^{-}\) ≤ 1.2 -3.4
≥ 11 -2.4
s’ ≤ 1.2 -3.0
≥ 12.3 -2.8
c’ ≤ 0.9 -5.0
≥ 11 -3.0
\(s^{+}\), \(r^{+}\), そして \(c^{+}\) ≤ 1.29 -0.6
≥ 12.3 -0.3

図4.1.7.6.-G – \( C_{p} C_{g} \) on roofs with a slope of \( 10° \lt \alpha \leq 30° \) Monoslope Roof

ゾーン 範囲, 平方メートル. \( C_{p} C_{g} \)
\(s^{-}\) ≤ 0.83 -3,0
≥ 8.75 -2.2
\(r^{-}\) ≤ 0.92 -2.6
≥ 11 -1.95
c’ ≤ 0.75 -5.5
≥ 7.5 -2.7
\(s^{+}\), \(r^{+}\), そして \(c^{+}\) ≤ 1 0.9
≥ 8 0.5

 

参考文献:

  • Mark Mitchell, Baurzhan Muftakhidinov and Tobias Winchen et al, “Engauge Digitizer Software.Webpage: http://markummitchell.github.io/engauge-digitizer, Last Accessed: 七月 12, 2024
  • カナダ国立研究評議会. (2015). カナダの建築基準法, 2015. カナダ国立研究評議会.
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