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This paper describes two design methods, proposed by Rilem TC 162 “Test and Design Methods for Steel Fiber Reinforced Concrete", i.e, the o-e-design method on the one hand ‘and the o-w-method on the other. In the former design method, the behavior of steel Fiber reinforced concrete in tension is characterized by means of a stress-strain relation, and this method is based on Eurocode 2. However, in the latter design method a stress-crack opening, the relationship is used to describe the post-cracking behavior of steel fiber reinforced concrete, and this method is based on the fictitious crack model according to Hillerborg,
This paper describes two design methods, proposed by Rilem TC 162 “Test and Design Methods for Steel Fiber Reinforced Concrete", i.e, the o-e-design method on the one hand ‘and the o-w-method on the other. In the former design method, the behavior of steel Fiber reinforced concrete in tension is characterized by means of a stress-strain relation, and this method is based on Eurocode 2. However, in the latter design method a stress-crack opening, the relationship is used to describe the post-cracking behavior of steel fiber reinforced concrete, and this method is based on the fictitious crack model according to Hillerborg,