In the present paper, discretization errors in the finite element analysis of arches are investigated quantitatively. So far they have been estimated as an order, such as a power of the element size by means of functional analysis; however, it is insufficient for practical applications, because they depend to a great extent upon the constant of proportionality, which is investigated herein. As a result, it is shown that the constant is affected largely by the arch's stiffness. Errors for displacements are also evaluated with the aid of the energy principle. A formula for a posteriori estimating errors is proposed, which can be evaluated only from the finite element solutions calculated. The validity of the present theory is verified by numerical examples.
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Yamamoto et al. (1982) studied this question.
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