# | مجال البحث |
1 | Textiles |
2 | Fashion Design |
3 | Apparel |
4 | Forecasting |
5 | Specification of Woven Fabric Design |
6 | Ladies Dresses |
7 | Glass Fibers |
8 | Garment Designing |
9 | Materials and Textiles |
10 | Textile Engineering |
11 | Textile Technology |
12 | -Three-Dimensional Effects Using Yarns Containing Spandex and Influence of Spandex Type |
13 | -Energy saving and improving stretch properties of woven fabrics and by low heat-setting. |
14 | Invention title: Eyes's Swath for Infant's Incubators of Bio-Nonwoven Fabrics. |
15 | Invention title: Diapers for Infant's Incubators of Bio-Nonwoven Fabrics. |
16 | ElNashar Digital Tests Method for Weight, Durability, Stuffiness, Strength and Elongation for Fabrics |
17 | Design of Database |
18 | Stretch Potential of Woven Fabrics Containing Spandex |
19 | -Three-Dimensional Effects Using Yarns Containing Spandex |
20 | Marketing Textiles |
21 | Marketing clothes |
22 | Patterns and carrying out of outer clothes |
23 | Garments Design for the 3rdyear. |
24 | Computer Employment in specification |
25 | Machines for the 3rd year |
26 | Yarns and woven fabrics structures |
27 | Principals of computer |
28 | -Introduction in science of weaving for the 1st year |
29 | -Principle of pattern and carrying out of clothes for the 1st year |
30 | -Patterns and carrying out of clothes (1) 2nd year. |
31 | Woven fabrics and care of it |
32 | Art education |
33 | Textiles printing |
34 | Arts works |
35 | Arts works (umbelliferae) |
36 | Arts works (umbelliferae) Advanced studying of Apparel Design |
37 | Fabrics Structures |
38 | Advanced fabrics |
39 | Advanced studying of garment history ( |
40 | Advanced studying of Weaving |
41 | Nanoart |
42 | Nanotechnology in textiles |
43 | Nanotechnology in apparel |
44 | forecasting to fashion trends |
45 | target market is essential for profitability, consumer preferences |
46 | target market is essential for profitability, consumer preferencesFinding ways to meet consumer needs through better market research |
47 | improved customization processes |
48 | -improved simulating fitting cloth model of apparel surfaces |
49 | conducted extensive research in the areas of 3d body scanning |
50 | sizing systems |
51 | fit, mass customization |
52 | -the influence of the bulky woven fabrics on thermal insulation properties of clothing. |
53 | -Design curtains fringe and passementerie strips of lace design elements in current high fashion. |
54 | -Representative volume of design elements and mathematical of pile woven fabrics. |
55 | -Volume porosity and permeability in warp pile woven fabrics. |
56 | -The effective of some difference structures on quality of pilling cloth |
57 | -Effect of some different care systems process on dyeing cotton fabrics |
58 | -Effect of some fabric constructional on comfort and the aesthetic properties for kid clothes |
59 | -Solar textiles (Solatex) new yarns and composite fabrics structures |
60 | -Using remote sensing technology for monitoring of chemical pollutions and bioremediation of chemical -contaminated water |
61 | -Technology systems of embroidery and multi-head machine |
62 | -Technology systems of embroidery and multi-head machine -Three-dimensional to two-dimensional |
63 | -Automatic pattern unwrapping technology |
64 | -Energy saving and improving stretch properties |
65 | -Spring-mass based modeling for fabrics physics to 3D garment |
66 | -Cloth design and application |
67 | -Clothing simulation and animation |
68 | -Body shape analysis of Hispanic women |
69 | electronic courses for teaching dresses´s design |
70 | Embroidery systems of computer and the relationship with garments clothes |
71 | effect of stitching types and weft material (spandex) on bulking properties of woven double fabrics |
72 | Field study on the craft of curtains fringe& passementerie in mahalet marhoum for utilization of it in scientific authorizes |
73 | comfort and the aesthetic properties for kid clothes |
74 | -MODELING GEOMETRY THE ARTWORK OF JACQUARDS WOVEN DOUBLE LAYERS |
75 | NEW APPROACH OF TECHNICAL CRITICISM OF EGYPTIAN ANCIENT CLOTHES WITH VITRUVIUS THEORS FOR FASHION DESIGN |
76 | SOFT SET THEORY AND IT`S APPLICATION IN DECISION MAKING FOR TEXTILES AND APPAREL MARKTING”. |
77 | SMART SUPPORT SYSTEM FOR FASHION TRENDS OF KNITWEAR |
78 | UTILIZATION OF AESTHETICS VALUE OF TALLY WOVEN FABRIC STRUCTURES IN FASHION TRENDS”. |
79 | COMFORT OF THERMAL INSULATIUON OF BULKY WOVEN FABRICS FOR CLOTHES” |
80 | INNOVATIVE OF FRESCOES IN SUZDAL KREMLIN CATHEDRAL FOR FASHION TRENDS BY USING CAD SYSTEMS |
81 | SIMULATING FITTING STRETCH MODEL OF THREE-DIMENSIONAL APPAREL SURFACES |
82 | COMPACT FORCE USING ROUGH SET THEORY OF GEOMETRY SHAPE FOR STRETCH CLOTHES DESIGN” |
83 | AESTHETIC VALUES OF NANOART FOR FASHION DRESSES AND INTERIOR DESIGN |
84 | UTILIZATION OF VOLUME POROSITY IN SIEVES FABRICS FOR IMPROVING SENSORY, RHAIOLOGY PROPERTIES AND ENERGY SAVING IN BREAD MAKING” |
85 | AESTHETIC VALUES OF NANOART FOR FASHION DRESSES AND INTERIOR DESIGN |
86 | compact force using rough set theory of geometry shape for stretch clothes design |
87 | utilization of philosophy values and aesthetic of the Egyptian’s Coptic art symbols for fashion trends” |
88 | utilizing minimalism paintings of unified stretch theory in knitwear of fashion trends |
89 | Unified Tests Theory Of Nonstiffability Of Clothes Using Digital Method®,” |
90 | INTEGRATION OF SMART SOLAR WATER HEATER AND MULTI-LAYERS WOVEN FABRICS FOR CONTINUOUS BRACKISH WATER DESALINATION SYSTEM’ |
91 | Unified Stretch Theory of Ancient Clothes on Some Basic Knowledge For Fashion Dresses Design, |
92 | Crinkles Approach for Development of Aesthetics Wrinkled Fabrics Containing Spandex. |
93 | Influence of the Bulky Woven Fabrics on Thermal Insulation Properties of Clothing |
94 | The Relationship between Biological Damage and a Physical Elements to Wettability Properties on Towels Fabrics |
95 | Porosity and Permeability in Multi-Layer Woven Fabrics |
96 | Macroporosity and air permeability in two-layer woven fabrics |
97 | The Relationship between Deformation and Pattern of Design on Flexible Apparel Geometry" |
98 | Quality Assurance |
99 | Quality Standards in Teaching |
100 | Design course |
101 | Business & Economic Strategy |
102 | Technics, Technologies and Education |
103 | Applied Researches in Technics, Technologies and Education |
104 | Engineering for economic development |
105 | -Volume porosity and permeability in warp pile woven fabrics.-Porosity and permeability in multi-layer woven fabrics. |
106 | -The influence of weave and the method of stitching on some mechanical properties of woven double fabrics. |
107 | -Effect the design and materials of eyes swathe dressing and diapers clothes for infant’s incubator. |
108 | -The effective of some difference between the methods of the embroidery on some performance properties to the clothing product. |
109 | esthetical and physical properties of multi- layers woven fabric |
110 | spinning |
111 | weaving |
112 | knitting |
113 | Home Economic |
114 | SmarTex Research |
115 | - Anew Hybride Desalination System Using Wicks/Solar Still And Evacutated Solar Water Heater |
116 | spandex fabrics |
117 | : InTex Strategies: Territorial Development through Innovation in the Textiles Sector |
118 | PRODUCT VISCOSE RAYON AND ADVANCED ENZYMES FROM THE WASIT RECYCLING OF RICE STRAW. |
119 | Spandex for Medical Product Wears of NanoBiodegradable |
120 | SOLAR TEXTILES (SOLATEX) OF COMPOSITE FABRICS STRUCTURES AS ALTRANTIVE ENERGY. |
121 | Carbon Fibers |
122 | Carbon FibersPhysical and Electrical Properties of Woven Fabrics |
123 | fashion design |
124 | fashion design Color and Texture Fabric Surface |
125 | fashion design Color and Texture Fabric Surface multilayered non-crimped woven fabrics |
126 | Nonwoven |
127 | Dynamic modeling formulation |
128 | Quality and uniformity control of fiber web by roller card system |
129 | thermoplastic composites made of multilayered |
130 | needle-punched |