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15,520 result(s) for "Weaving."
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The weaving explorer : ingenious techniques, accessible tools & creative projects with yarn, paper, wire & more
\"The Weaving Explorer takes inspiration from the world of folk weaving traditions, adding a contemporary spin by introducing an unexpected range of materials and home dec projects\"-- Provided by publisher.
Mersin-Gözne Yaylası’nda Istar Dokumacılığı ve Örnekleri
Mersin yöresi yaylalarında dokuma yapan Yörükler tarafından “çul dokuma” adıyla bilinen “ıstar dokumacılığı”nın geçmişi uzun yıllar öncesine dayanmaktadır. Tüm el sanatlarında olduğu gibi, Mersin İli Gözne Yaylası’nda dokunan “ıstar dokumacılığı”nın devamlılığı sağlanamamış, bu teknik kaybolma tehlikesiyle karşı karşıya kalmıştır. Araştırmada Mersin İli Gözne Yaylası’nda yapılan ıstar dokumacılığı ve günümüze kadar gelen örnekleri incelenerek, yöre dokumacılığının tescillenip, tanıtılması ve Türk kültürüne kazandırılması amaçlanmıştır. Yörede “ıstar” adı verilen, dikey tezgâh grubundan sarma tip tezgâhlar kullanılmaktadır. Kıl, yün, orlon iplikler kullanılarak “kıllama, tırlık” adı verilen düz dokuma yaygı, namazlık (seccâde), çuval, heybe, yaygı ve köşe çaputu gibi günlük kullanım için üretimler yapılmaktadır. Yapılan bu araştırmayla zili, cicim ve düz dokuma teknikleri kullanılarak dokunan düz dokuma yaygılardan yirmi farklı ürün incelenmiştir. Araştırmada ürünün dokunma tarihi, dokunma amacı, dokuyan kişi, boyutları, kullanılan iplik türleri, renkleriyle dokumaların teknik, desen, kompozisyon ve motif özelliklerine ait bilgiler yer almaktadır. Veriler yüz yüze görüşme yöntemiyle kaynak kişilerden temin edilmiştir.
Weaving g-Frames and Weaving Fusion Frames
In this paper, we investigate weaving g-frames and weaving fusion frames and we show that they share many properties with weaving frames. We show that they are stable under invertible operators and small perturbations. We also show that woven g-frames and weakly woven g-frames coincide. Also some more results are obtained.
Development of an appropriate model for the optional lane-changing rate in weaving segments with short lengths
To compute the level of service and density in weaving segments, the Highway Capacity Manual (HCM) defined for the first time in 2010 a relationship based on a lane change rate to assess the density of the weaving segment. It is critical to accurately estimate the lane-changing rates in these situations, but field observations in weaving segments shorter than 250 meters in Tehran, Iran revealed a significant difference between the HCM2022 model estimate and field data. The traffic and geometric data collected at 87 (15-minute) intervals from six weaving segments in Tehran were used to develop models for estimating lane-changing rates in weaving segments. These 87 intervals were then divided into 69 (terrain data) for equations and 18 (test data) for model comparisons. Weaving volume and weaving segment area are introduced as two independent variables in the optional lane-changing rate model of weaving vehicles in this study, with R =0.74. Furthermore, for a lane-changing model of non-weaving vehicles with R =0.95, two new variables of non-weaving volume and traffic solidity were defined. Finally, based on the 18 intervals used to test the results, it showed the improvement of the developed models' results compared to HCM2022 models.
Made weave love : 20+ contemporary handwoven projects to craft at home
\"Phoebe Jones is on a mission to make weaving accessible to all. In her debut book 'Made Weave Love' Phoebe shows you the joys of weaving and how this gentle and intuitive craft can spark joy and creativity into your life. Covering the very basics from the essential tools and how to build your own loom, to selecting the perfect yarn and finding color and design inspiration, Phoebe carefully guides you through everything you need to get started. Packed with beautiful photography and step-by-step tutorials throughout, this go-to guide--featuring projects for both beginners and advanced crafters alike--will give you the skills you need to confidently weave stunning masterpieces that spread style and color throughout your home\" -- Back cover.
Weaving construction software system
The construction methods within the Desint system are organized into three distinct groups, each catering to specific aspects of the weaving process. These groups delineate the procedures involved in creating woven patterns and are selected based on the type of the initial element required to achieve the final desired weave. This group encompasses construction methods that initiate the weaving process from fundamental elements. These elements can range from a single thread to a collection of threads. The focus is on building the foundational structure of the weave, starting from basic components. The second group of construction methods deals with the assembly of specific parts of pattern rapports using the initial elements established in Group 1. It involves combining and arranging these elements to form intricate patterns within the weave. This stage contributes to the development of more complex and detailed designs. The third group is dedicated to specialized methods for constructing pattern rapports with a specific arrangement, often guided by a pre-determined drawing or design. This group involves intricate techniques that go beyond basic weaving, allowing for the creation of intricate and customized patterns based on artistic or functional requirements. The choice of the group is contingent upon the type of initial element essential for constructing the final desired weave. This systematic categorization enables weavers to select the most appropriate set of methods based on the intended design complexity and intricacy.
The big book of weaving : handweaving in the Swedish tradition : techniques, patterns, designs, and materials
Covers basic subjects such as warping a loom and making bobbins of weft, as well as more elaborate, highly decorative projects. Patterns are arranged by varying levels of difficulty and design so beginners and experienced weavers alike will discover new insights and concepts. Among the 40 step-by-step projects included in this volume are designs for baby blankets, shawls, table cloths, and linen hand towels.
The effect of weaving and non-weaving multi-pass procedure on microstructure and mechanical properties in GMAW of S960QL
Microstructural transformations and mechanical properties of weld metals obtained by gas metal arc welding (GMAW) of S960QL quenched and tempered ultra-high-strength steels (UHSS) with 15 mm thickness were investigated. Welded joints were acquired by using undermatching filler metal. Selected weaving and non-weaving multi-pass procedures have influenced weld metal heat inputs and number of passes. Mechanical properties of the weld metals were characterized by Charpy, hardness, and tensile tests, and these results were correlated with microstructural characterizations using an optical microscope and scanning electron microscope. Acicular ferrite is predominant in both of the weld metals, and microstructure of the weld metal obtained by weaving multi-pass has coarser grain structure. Fine lath martensite formation in non-weaving joint’s weld metal with low heat input was more intense than weaving joint’s weld metal with high heat input. Lath martensite acquired due to rapid cooling in non-weaving joint's weld metal provided adequate strength properties. Although toughness values were low, they have met relevant standard requirements.