معالجات مبتكرة لتصميم ملابس السيدات بدمج تقنيات زخرفية المستوحاة من اتجاه التفكيكيه بالعمارة الحديثة

الملخص EN

Creating designs for women inspired by the decorations of modern architecture and in line with trends for 2020/2021.

And implemented using a variety of materials, handcrafted decorative techniques for the finest sewing style, and other handcrafted ready-to-wear styles suitable for women's clothing.

The study problem: What is the relationship between fashion design and architectural design? What are the distinctive features and modern trends of architecture that can be used as an inspiration for the design of women's clothing? What is the possibility of combining handmade decorative techniques with other techniques? .

The importance of the study is due to determining the similarities and differences between fashion design for women and architectural design.

And highlight the fashion designers who use modern architecture with their design groups.

Use the analytical method with practical application.

The study assumes that there are statistically significant differences between women's clothing designs inspired by the modern architecture proposed in the study, And the presence of statistical differences between the integration of decorative techniques used to enrich the aesthetic and functional values of designs.

Analysis of the variance “F” between the proposed designs was used and the.

The results of the study Defining the relationship between fashion design and architectural design by clarifying the similarities and differences between them, especially in the creative and design stages that each of them goes through when designing “Ombani clothing” starting from planning or developing a two-dimensional idea and then translating it into three-dimensional graphics and models reached to enrich the aesthetic values of the proposed designs by combining contrasting materials and handmade decorative techniques "patch, amox, mesh fabrics, and hand embroidery And other techniques used in modern technology, "laser, printing, and automated embroidery", achieving high Functional values.

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