جستجوی مقالات مرتبط با کلیدواژه "محله سرخاب تبریز" در نشریات گروه "علوم سیاسی"

Preserving the identity of historical textures alongside the need for new constructions highlights the importance of paying attention to new housing in these neighborhoods. Although new constructions utilize modern materials and technologies, they often disrupt the continuity and integrity of the historical fabric due to a lack of harmony with its characteristics. This study qualitatively and quantitatively develops design principles and evaluates the status of new housing in the historic Sarakhab district. The research strategy includes both theoretical and field components. In the theoretical section, the conceptual framework was based on design principles within historical contexts and their physical systems, analyzing the physical characteristics of historic houses in the Sarakhab fabric. In the field section, structured non-participatory studies were conducted on new houses in the Sarakhab fabric using the case study method. The study population consisted of 72 new residential plots categorized into 14 types. The obtained data were analyzed using Duncan's multiple range test and Pearson correlation coefficient to compare and examine the spatial and physical dimensions. The findings indicate that among the new housing types in the Sarakhab fabric (with a significance level of 0.0001), types 2 and 5 have greater harmony with the fabric. In the analysis of the three dimensions—space, architectural physicality, and the placement of architectural physicality in space (with a Pearson coefficient of 0.560)—attention to elements such as pathways and landscapes in the spatial dimension leads to harmony in the placement of architectural physicality within the space. Additionally, in the architectural physicality dimension, elements like shape, scale, materials, and components (with a significance level of 0.048) and in the placement dimension, elements like plot division, observance of building perimeters, and views to natural elements and masses (with a significance level of 0.0001) are considered the disharmonizing elements of the fabric. Solutions were provided to improve the disharmonizing indicators in each of these elements.