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A new approach of sensorial evaluation of cooked cereal foods: fractal analysis of rheological data

机译:谷物食品感官评估的新方法:流变数据的分形分析

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An analytical method based on a fractal geometry concept was developed through the relationship between structure-texture of solid-like crackers, flat bread and Bretzels. An universal testing machine was used to determine indentation tests. The graphs were irregularly shaped so that usual interpretation was made not possible. Nevertheless, the irregular shape, or "roughness" displays auto-similarity properties which can be interpreted in terms of apparent fractal dimension texture (D_T). A trained panel able to quantify the "hardness", "porous structure" and "crispness" descriptors carried out sensorial characterisation of products. High correlation between sensorial hardness and resistance to indentation, on one hand, and between crispness and D_T on the other hand was found. Modelling mathematics methods for complex systems allow useful contribution to Food Science.
机译:通过分形几何概念的分析方法,通过固体饼干,扁平面包和脆饼干的结构纹理之间的关系发展起来。使用通用测试机确定压痕测试。图形的形状不规则,因此无法进行通常的解释。但是,不规则形状或“粗糙度”显示了自相似属性,可以根据表观分形维数(D_T)进行解释。训练有素的专家小组能够量化“硬度”,“多孔结构”和“脆性”的描述词,从而对产品进行了感官表征。发现一方面感官硬度与抗压痕强度相关,另一方面,脆度与D_T之间具有高度相关性。为复杂系统建模的数学方法可以为食品科学做出有益的贡献。

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