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The importance of quality standards in fabric designs and women's fashion
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The rapid breakthrough achieved by technological progress in the field of designing and implementing women's fashion has resulted in the emergence of the need for quality control and control to improve the completed visual image of fashion as an aesthetic and functional product and not clothed in its abstract qualities.
The quality in women’s fashion and the importance of showing the design and conveying the design message to the recipient depends on the level of its implementation, starting from the selection of textile fibers and determining their appropriate characteristics for the functional purpose and design prepared by the designer and ending with the final operations of the costume. This calls for spreading awareness and culture of the concept of quality among all recipients, dealers and specialists in women's fashion to improve the mental image of fashion as an aesthetic and functional achievement.
Hence, the research is directed to study the topic (the importance of quality standards in the designs of fabrics and women’s fashion), which deals with the research problem based on the imposition of the following question:
What are the quality standards and their importance in the designs of fabrics and women's fashion?
The aim of the research was to "know about the importance of quality standards and their applications within the production stages of designing fabrics and designing women's fashion."
As for the limits of the research, it was limited to the adoption of women's fashion completed within the time period (2022), which was obtained from online shopping outlets.
(https://miswag.net/dept/fashion - https://www.lcwaikiki.iq/fashio)
, according to selection considerations and within the limits of the research and its procedures.

The theoretical framework was dealt with, including two sections, which were distributed as follows:
The first topic: quality standards.
The second topic is the indicators of judging the quality of women's fashion.
The research procedures were determined by taking the descriptive approach to analyze the (4) samples, and their selection was according to what serves the research objectives. The researcher reached the most important conclusions as follows:
1- The relationship between the designer and the implementing agency for women’s fashion is a consensual relationship, through which it is imperative that the designer not be exaggerated in the design units, taking into account clarity in its elements, which leads to reducing the chance of operational errors of the outfit and showing the design within its aesthetic and technical characteristics.
2- The models showed an agreement on the necessity of quality control for all stages of implementation, starting from the quality of the fibers and ending with the complementary works of the uniform. And poor quality at any stage of implementation necessarily leads to women's fashion losing its formal and aesthetic appearance associated with the design prepared for it.
Conclusions
In light of the results of the sample analysis, the researcher concluded the following:
1- The relationship between the designer and the executing agency for women’s fashion is a consensual relationship, through which it is imperative to apply the standard of codification by the designer in the design units and not to exaggerate them, taking into account clarity in its elements, which leads to reducing the chance of operational errors of the dress and showing the design within its aesthetic and technical characteristics.
2- The attention of specialists in the women’s clothing industry in the type and quality of the fabric and the renewal of its prior suitability with the prepared design in terms of the degree of softness, wrinkle ability, texture, dimensional stability and resistance to damage in proportion to the time factor of use.
3- Dyeing, printing and its quality are among the most important executive stages for cloth and clothing, through which it is determined to show the design prepared by the designer and the technical idea inherent in the design.
4- The quality of the procedural processes for implementing and sewing the dress determines the acceptability of the dress by the beneficiary first. Then interact with the design prepared for it to reach the stage of acceptance and approval.
5- The models showed an agreement on the necessity of quality control for all stages of implementation, starting from the quality of the fibers and ending with the complementary works of the uniform. And poor quality at any stage necessarily leads to women's fashion losing its formal and aesthetic appearance associated with the design prepared for it.
6- Spreading awareness and culture of the importance of quality and adherence to its standards among workers and specialists in the women’s clothing industry to improve the completed visual image of fashion as an aesthetic and functional product and not clothed in its abstract qualities.

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Publication Date
Tue Jun 01 2021
Journal Name
Journal Of Engineering
Experimental Investigation of a Single Basin -Single Slope Solar Still Coupled with Evacuated Tube Solar Collector
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This work is an experimental investigation for single basin-single slope solar still coupled with an evacuated tube solar collector. The work is carried out under the climatic conditions of Baghdad city (33.2456º North and East latitude, 44.3337º longitude) through certain days of the months of the year 2019 to study the impact of using evacuated tube solar collector on the daily productivity and efficiency under the outdoors climatic conditions. It was found that using the evacuated tube solar collector increase daily productivity from 2.175 kg/  to 2.95 kg/ for 9 hours (35.63 %) for clear days, also an enhancement about 10.97 % in daily efficiency.

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Mon Mar 23 2020
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Surfactant Cloud Point Extraction as a Procedure of Preconcentrating for Metoclopramide Determination Using Spectro Analytical Technique
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In current article an easy and selective method is proposed for spectrophotometric estimation of metoclopramide (MCP) in pharmaceutical preparations using cloud point extraction (CPE) procedure. The method involved reaction between MCP with 1-Naphthol in alkali conditions using Triton X-114 to form a stable dark purple dye. The Beer’s law limit in the range 0.34-9 μg mL-1 of MCP with r =0.9959 (n=3) after optimization. The relative standard deviation (RSD) and percentage recoveries were 0.89 %, and (96.99–104.11%) respectively. As well, using surfactant cloud point extraction as a method to extract MCP was reinforced the extinction coefficient(ε) to 1.7333×105L/mol.cm in surfactant-rich phase. The small volume of organi

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Torsional Strengthening of Reinforced Concrete Beams with Externally-Bonded Fibre Reinforced Polymer: An Energy Absorption Evaluation
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Experimental Behavior of One-Way RC Ultra-Thin Slabs Retrofitted with Post-Installed NSM CFRP Rods
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Use of non-Conventional Material to Remove Cu+2 ions from Aqueous Solutions using Chemical Coagulation
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Coagulation - flocculation are basic chemical engineering method in the treatment of metal-bearing industrial wastewater because it removes colloidal particles, some soluble compounds and very fine solid suspensions initially present in the wastewater by destabilization and formation of flocs. This research was conducted to study the feasibility of using natural coagulant such as okra and mallow and chemical coagulant such as alum for removing Cu and increase the removal efficiency and reduce the turbidity of treated water. Fourier transform Infrared (FTIR) was carried out for okra and mallow before and after coagulant to determine their type of functional groups. Carbonyl and hydroxyl functional groups on the surface of

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Mon Oct 14 2019
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Synthesis of Novel Heteroatom-Doped Porous-Organic Polymers as Environmentally Efficient Media for Carbon Dioxide Storage
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The high carbon dioxide emission levels due to the increased consumption of fossil fuels has led to various environmental problems. Efficient strategies for the capture and storage of greenhouse gases, such as carbon dioxide are crucial in reducing their concentrations in the environment. Considering this, herein, three novel heteroatom-doped porous-organic polymers (POPs) containing phosphate units were synthesized in high yields from the coupling reactions of phosphate esters and 1,4-diaminobenzene (three mole equivalents) in boiling ethanol using a simple, efficient, and general procedure. The structures and physicochemical properties of the synthesized POPs were established using various techniques. Field emission scanning elect

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Background: The healing process involves the restoration of the body’s structural integrity. The extracellular matrix, blood cells, cytokines, and growth factors are all involved in this dynamic, intricate, multicellular process. Hemostasis, the inflammatory phase, the proliferative phase, and the maturation phase are all included. Opuntia ficus-indica oil (OFI) and Punica grantum (PGS) oil are extensively used natural treatments that are regarded as advantageous for their sedative, spasmolytic, and anti-inflammatory properties, as well as for angiogenesis promotion, fibroblast increase, collagen production and deposition, and extracellular-matrix remodeling. Materials and methods: Twenty-four New Zealand rab

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Mon Jul 01 2019
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Development of Bridges Maintenance Management System based on Geographic Information System Techniques (Case study: AlMuthanna \ Iraq)
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A Geographic Information System (GIS) is a computerized database management system for accumulating, storage, retrieval, analysis, and display spatial data. In general, GIS contains two broad categories of information, geo-referenced spatial data and attribute data. Geo-referenced spatial data define objects that have an orientation and relationship in two or three-dimensional space, while attribute data is qualitative data that can be counted for recording and analysis. The main aim of this research is to reveal the role of GIS technology in the enhancement of bridge maintenance management system components such as the output results, and make it more interpretable through dynamic colour coding and more sophisticated vi

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Corrosion Inhibition of Carbon Steel under Two Phase Flow (Water-Petroleum) Simulated by Turbulently Agitated System
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The corrosion of carbon steel in single phase (water with 0.1N NaCl ) and two immiscible phases (kerosene-water) using turbulently agitated system is investigated. The experiments are carried out for Reynolds number (Re) range of 38000 to 95000 corresponding  to rotational velocities from 600 to 1400 rpm using circular disk turbine agitator at 40 0C. In two-phase system test runs are carried out in aqueous phase (water) concentrations of 1 % vol., 5 % vol., 8% vol., and 16% vol. mixed with kerosene at various Re. The effect of Reynolds number (Re), percent of dispersed phase, dispersed drops diameter, and number of drops per unit volume on the corrosion rate is investigated and discussed. Test runs are carried out using two types of

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Publication Date
Wed Sep 01 2021
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Enhancement of Photoconductive Detector Based on Carbon Nanotubes Decorated with Silver Nanoparticles by Adding Conductive Polymer
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In this work, wide band range photo detector operating in UV, Visible and IR was fabricated using carbon nanotubes (MWCNTs, SWCNTs) decorated with silver nanoparticles (Ag NPs). Silicon was used as a substrate to deposited CNTs/Ag NPs by the drop casting technique. Polyamide nylon polymer was used to coat CNTs/Ag NPs to enhance the photo-response of the detector. The electro-exploding wire technology was used to synthesize Ag NPs. Good dispersion of silver NPs achieved by a simple chemistry process on the surface of CNTs. The optical, structure and electrical characteristic of CNTs decorated with Ag NPs were characterized by X-Ray diffraction and Field Emission Scanning Electron Microscopy.  X-ray diffra

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