Manipulation Of Heat For Synthetic Fabrics To Enrich Women’s Clothing With A Special Aesthetics

Materials are an endless source of inspiration for the fashion designer. The colors of the materials, their value, their characteristics, and their characteristics for the fashion designer have inspired modern innovations and visions.
The fashion designer may find new design treatments to produce special and distinctive clothing that satisfies the tastes of some consumers who love excellence. And as the raw material of the essential things on which the basis of any design work is designed as one of the most important elements of fashion design.
Since raw materials and fabrics are industrial and blended.
Is now more widespread than natural fabrics so the goal of the search to take advantage of some industrial fabrics that are heavily affected by temperatures such as (chiffon - synthetic satin - organza) as a source to provide clothing of a special nature by providing thermal effects and treatments directly or indirectly and using Additional materials to take advantage of the aesthetics of fusion fabrics as a source of new texture.
The study aimed to benefit from the effect of different temperatures on industrial fabrics by providing
             
 
A collection of new design designs (10) models divided into two groups as follows:

a total for the effect of different temperatures and direct on the surface of industrial fabrics and (5) models
a total of the effect of temperatures by certain means (such as metal slides - metal balls - bottle covers - coins) as an effect to highlight the aesthetics of industrial fabrics (5) models.

The study achieved results through the application of an arbitration form for the experts and specialists in the field of clothing and fashion design, (11) arbitrator and achieved positive results towards the design of the proposed clothing through the achievement of research hypotheses and provide new design treatments and innovative aesthetic vision of a special nature of women's clothing from While taking advantage of the effect of temperature on the surface of industrial fabrics.