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  • Maximum strain at the extreme concrete compression fiber is assumed equal to 0.003.

  • Tensile strength of concrete is neglected.

  • The relationship between concrete compressive stress and strain is represented by equivalent rectangular concrete stress distribution method.

  • Concrete stress of 0.85fc' is assumed uniformly distributed over. Equivalent rectangular concrete stress zone bounded by edges of the cross section and a line parallel to the neutral axis located a distance α from the fiber of maximum compressive strain, as calculated by:

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Mathinline
body$$ α = β_1c $$

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  • The distance between the fiber of maximum compressive stress and the neutral axis, c, is perpendicular to the neutral axis.

  • The value of β1 is determined using Codes.

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