Layout Of Elements Research Articles

Experimental investigation on the square and rectangular hollow section stainless steel portal frames

Cold-rolled hollow sections are the most commonly used stainless steel sections in the construction industry, because the production of this type of profile is the most cost-effective in smaller volumes. However, very little experimental research has been carried out so far on whole structures made of these sections. Therefore, experiments on stainless steel frames were carried out. In total, 5 portal frames made of austenitic stainless steel SHS/RHS were tested. These tests are described in detail, including the layout of auxiliary elements and measuring devices. The aim of the experiments was to capture the effects of material nonlinearity on the global behaviour of the stainless steel frames. The load–displacement diagrams are presented in tables, enabling their use for the validation of numerical models. Tensile coupon tests were carried out and parameters for common material models were determined. Numerical models of the studied frames were developed and validated using the experiments performed. These numerical simulations have been shown to be able to capture the general load–displacement response in a global, in-plane mode. Linear buckling analysis was carried out. Resulting elastic critical load factors indicated a high susceptibility of the frames to second order effects. In addition, modified elastic critical load factors were determined, showing the large influence of material nonlinearity on second order effects.

Reverse-engineering information presentations: recovering hierarchical grouping from layouts of visual elements

Visual elements in an information presentation are often spatially and semantically grouped hierarchically for effective message delivery. Studying the hierarchical grouping information can help researchers and designers better explore layout structures and understand design demographics. However, recovering hierarchical grouping is challenging due to a large number of possibilities for compositing visual elements into a single-page design. This paper introduces an automatic approach that takes the layout of visual elements as input and returns the hierarchical grouping as output. To understand information presentations, we first contribute a dataset of 23,072 information presentations with diverse layouts to the community. Next, we propose our technique with a Transformer-based model to predict relatedness between visual elements and a bottom-up algorithm to produce the hierarchical grouping. Finally, we evaluate our technique through a technical experiment and a user study with 30 designers. The results show that the proposed technique is promising.

ПРОСТРАНСТВЕННАЯ ОРГАНИЗАЦИЯ УЧАСТКА УЛИЦЫ В ЗАВИСИМОСТИ ОТ ХАРАКТЕРА ИСПОЛЬЗОВАНИЯ

This Article considers ways of optimization of street cross-section profiles in big cities in order to create comfortable urban environment. Importance of the topic has arisen from reconsideration of the role of street-and-road networks in cities, and their transformation from zones of transit into public space and city-life concentration zones. The article presents an analysis of regulatory documents and research works on design and layout of cross-section profile elements. It includes results of field survey and urban development analyses of Yekaterinburg city streets carried out with the purpose to identify problems of current street-and-road networks in major cities and actual street space distribution among users. The Article shows key users of the city streets, as well as requirements to cross-section profile elements. The proposed approach to street-space reorganization offers assignment of ‘user importance index’, which determines the cross-section profile elements. The ‘user importance index’ characterizes use of a street section by a specific user. The criteria by which the «index of importance» of each group of street section users is determined are described. The concluding part of the Article describes one of the cross-section profiles developed for Yekaterinburg using the given approach. It also includes approbation of the mentioned research in the course of work on Standards for Complex Street-and-Road Network Improvement in Yekaterinburg.

Evolution of the “Golden Royal City”: Analytical study on urban forms of ancient capital cities in Myanmar

The historical cities in Southeast Asia with distinct characteristics are an important part of Asia's cultural heritage system and the ancient capitals of Myanmar are as an example of these civilizational achievements. Their urban forms through history are essential spatial carriers reflecting the traditional local planning thinking. However, the overall understanding has yet to form due to a lack of systematic research. This study aims to complement it by studying the urban forms of almost all Myanmar's ancient capitals based on verifiable spatial elements, works of literature, archaeology documents and field survey. The location, boundary and layout elements are analyzed to classify and characterize these urban forms, and their evolution rules are then summarized. Furthermore, the urban planning characteristics are discussed, indicating that the regulated structure and distinctive image gradually formed, accompanied by increasingly mature planning thinking and methods. The study reveals that the urban form and the planning thinking of Myanmar's ancient capital cities had undergone an evolution with its own characteristics and that the “Golden Royal City” is of unique value in the genealogy of Asian capitals. The findings will contribute to the mutual learning between civilizations and provide a scientific foundation for the heritage conservation.

Simulation and Prediction of Territorial Spatial Layout at the Lake-Type Basin Scale: A Case Study of the Dongting Lake Basin in China from 2000 to 2050

The study of spatial layout in China is changing from land use/land cover to territorial spatial layout and is mostly carried out at the administrative division scale. However, the driving factors affecting the evolution of territorial spatial layout are not all influenced by administrative boundaries. As cities are mostly centered on lakes and water systems, the evolution of territorial spatial layout in lake-type basins must have its own special characteristics. Taking the Dongting Lake Basin (DLB), a representative lake-type basin in China, as an example, this study identifies its territorial spatial layout elements and couples the system dynamics model with the patch-generating land-use simulation model based on multi-layer perceptron artificial neural networks. This study identified the best combination of driving factors and research step size affecting the evolution of territorial spatial layout. An improved quantitative spatial coupling model was used to simulate the territorial spatial layout of the DLB from 2000 to 2050 and identify its evolutionary characteristics and trends at both the elemental level and for three types of space. The simulation and prediction of territorial spatial layout from the lake-type basin hydrology scale can provide a reference for the formulation of regional territorial spatial planning policies.

The meaning-making in kindergarten children’s visual narrative compositions

During a 10-week classroom-based study in a school in western Canada, 17 Kindergarten children had multiple opportunities to learn about how elements of visual art, design and layout in picturebook artwork are fundamental to meaning-making when transacting with this format of literature. Student application of learning about the concepts under study was explored when the children viewed and discussed wordless or almost wordless picturebooks, and when they created their own artwork or visual compositions. Findings from the content analysis of the Kindergarten children’s visual narrative compositions and individual interviews revealed their understanding of how colour, point of view, framing, line to show action, line to show emotion and implied line can be used purposefully by sign-makers to represent particular meanings. Furthermore, application of Halliday’s metafunctions conceptual framework to analyze three focus students’ visual narrative compositions revealed how their semiotic work concomitantly realized the ideational, interpersonal and textual metafunctions. Consistent with the tenets of social semiotics and sociocultural theory, the descriptions of the instructional procedures and student activities convey how the practices in the classroom shaped the students’ visual narrative compositions. The findings enrich understanding of how young children’s knowledge of various semiotic resources can enhance their understanding and interpretations of the kinds of communicative functions realized or fulfilled by various meaning-making resources, and can inform the design of their visual compositions.

Kindergarten Children's Talk About Illustration Techniques in an Almost Wordless Picturebook.

During a classroom-based study that featured wordless and almost wordless picturebooks, instruction and adult mediation communicated to Kindergarten children that elements of visual art, design, and layout are fundamental to meaning-making when transacting with this format of literature. The illustration techniques described by Ray (2010) were used as an analytical lens to analyze the transcripts from the small group interactive sessions of an almost wordless picturebook featured during the research. The descriptive analyses of the transcripts reveal the rich viewing and talking opportunities that can be afforded during children's transactions with almost wordless picturebooks when these selections of literature are situated as aesthetic objects, and when children and adult mediators understand and appreciate how meaning is individually and synergistically represented by elements of visual art, design and layout. The findings are discussed in relation to the literature reviewed, and the theoretical frameworks of social semiotics and sociocultural theory.

Tensile behavior of individual fibers and films made via material extrusion additive manufacturing

The mechanical behavior of thermoplastic materials processed via material extrusion additive manufacturing (MEAM) is a topic of great interest in several disciplines. Most of the material behavior characterization that has been done on the materials produced by material extrusion has been on macro-scale (“bulk”) parts. In order to better model and understand the process effects and take advantage of these during design, it is necessary to study the meso-scale material elements extruded by the process used to build the part geometry. While modeled effectively in previous works, full mechanical characterization at the meso-scale is yet to be accomplished. At this level, the essential material elements are known as “beads” or “roads”, the sum of which comprise each layer of the part. These elements are approximately uniform in cross-section and are defined by their dimensions, length, and placement angle. Therefore, they are effectively fibers and a set of them together constitute a layer, which can be built as a film (usually but not always flat). To further progress on this topic, this article explored the manufacturing and testing of these elements (fibers) and layers (films) at the meso-scale. The dimensional consistency was measured for each case in order to determine the process repeatability, followed by tensile tests on the fibers and films made from three common thermoplastic materials: Acrylonitrile butadiene styrene (ABS), polylactic acid (PLA), and polycarbonate (PC). For the fibers, both extruded (round, as produced) and deposited (rectangular, after printing on a surface) fibers were tested. Films were tested in single- and double-layer configurations with several different element layout patterns. The results and potential process sensitivities were discussed in detail, providing recommendations for use and future development of design rules when using these materials. These results will be useful in driving design decisions (for both macro-scale products and structured materials) and providing characterization data for further modeling and simulation of the MEAM process. These results will also help ensure the manufacturability of designed parts and materials built of these deposited thermoplastic fibers and films. This article also introduced and described mechanical testing methods that are useful for thermoplastic MEAM parts and have not yet been utilized elsewhere.

Acoustic Method for Recording Initial Deformation Rate at High-Speed Forging of Rod Products

An acoustic methodology has been developed and expression have been obtained for determining the initial deformation rate v0 during high-speed forging of rod products. The most rational layout of the recording device relative tothe installation elements has been established while using the obtained expressions. The essence of the developed technique lies in recording, using a recording device, sound waves generated during the departure of the impactor from the shaft of the installation and its further collision with the shaping punch, followed by finding the time ∆t during which the impactor travels the distance L between two known points of its trajectory. In turn, the value ∆t is defined as the difference between the recording time of the sound wave generated by the departure of the impactor from the shaft of the installation, and the recording time of the sound wave generated by the collision of the impactor with the shaping punch. The initial deformation rate, registered using the developed technique during the implementation of the process of high-speed forging of rod products, was v0 = 115.46 m/s.

Achieving Carbon Neutrality through Urban Planning and Design.

Much of the research on climate change has focused on carbon reduction in cities or countries. However, more attention needs to be paid to how to achieve carbon neutrality in the urban design and planning stage, and the lack of quantitative analysis of carbon related to urban space makes it difficult to locate urban space and provide direct guidance for urban planning and design. This study proposed three optimization paths to achieve carbon neutrality in multi-scale urban building clusters. Firstly, we reconstructed the quantitative calculation system of urban building communities with the goal of carbon neutrality; secondly, we screened the carbon source reduction and carbon sink interventions that are suitable for multi-scale urban building communities; finally, we constructed a carbon emission and carbon sink calculation system of planning and design schemes based on the layout of relevant elements of planning and design schemes with a grid cell of 100 × 100 m. In practice, there was a gap of about 115,000 tons of CO2 from the carbon-neutral target and 26% of carbon emission was distributed in the Xiajiabian Station TOD. In this study, nine types of carbon reduction measures were adopted to achieve carbon neutrality in the region, among which the highest carbon reduction was achieved by biomass energy measures, accounting for 29% of the total carbon reduction of 33,745.27 T. The objective of this study is to accurately and quantitatively assess the carbon targets of urban spaces at different scales and adopt effective measures to achieve carbon neutrality.

Research on Sichuan Tourism Economic Development based on Geographic Information Big Data

In the process of Sichuan Province's transformation from a province with large tourism resources to a province with strong tourism economy, studying and understanding the spatial differences of the development level of tourism economy in the province will help to deeply understand the role of tourism in regional economic development. In the environment of big data, geographic information big data can provide technical support for the development and protection of land and space, and rational use of this technology can also play a role in the rational allocation of land and space resources to a certain extent, so as to achieve scientific planning and accurate control of land and space. The development of tourism in Sichuan Province must start with the cultivation of talents, and constantly expand the core quality of talents, so as to help talents have a high degree of harmony in tourism development. Based on geographic information big data, optimize the spatial layout of tourism resources and tourism elements, formulate effective tourism economic regulation policies, and promote the sustainable and coordinated development of tourism in Sichuan Province.

基于自然的碳达峰、碳中和解决方案:关键议题

PDF HTML阅读 XML下载 导出引用 引用提醒 基于自然的碳达峰、碳中和解决方案:关键议题 DOI: 10.5846/stxb202204281179 作者: 作者单位: 作者简介: 通讯作者: 中图分类号: 基金项目: 宁夏回族自治区重点研发计划项目(2021BEG03019) Nature-based solutions for carbon peaking and carbon neutrality goals: Key issues Author: Affiliation: Fund Project: Key Research and Development Program of Ningxia (CN)(2021BEG03019) 摘要 | 图/表 | 访问统计 | 参考文献 | 相似文献 | 引证文献 | 资源附件 | 文章评论 摘要:实现碳达峰、碳中和是我国生态文明建设的重点战略方向。按照"目标设计-要素布局-方案实施"的基本逻辑,可以对碳达峰、碳中和的工作要点进行系统梳理。基于自然的解决方案(Nature-based Solutions, NbS)是国际社会普遍认可的生态恢复前沿理念,具备可持续性、系统性、尺度性、适应性四方面核心特质,能够有效回应"双碳"目标的工作要求。碳达峰、碳中和与NbS在目标导向和实践思路上高度契合,二者均以可持续发展为主要目标,NbS八项实施准则亦能够为"双碳"工作的积极推进提供全面系统的行动框架。结合NbS实施准则,具体提出基于自然的碳达峰、碳中和八大关键议题:(1)统筹减污降碳协同增效的政策体系;(2)强化尺度级联的传导机制;(3)构建基于自然的固碳途径;(4)完善多元化的碳汇交易;(5)兼顾社会公平的参与机制;(6)促进基于权衡的路径选择;(7)创新动态连续的监测手段;(8)推动NbS在"双碳"领域主流化,以期支撑国家碳达峰、碳中和可持续解决方案的落实。 Abstract:Goals of peak carbon dioxide emissions and carbon neutrality are the key strategic direction for construction of an ecological civilization. Based on the principle of "goals setting, system element layout, and solution strategies implementation", this paper summarized the key points to achieve peak carbon dioxide emissions and carbon neutrality goals. As a cutting-edge concept, Nature-based Solutions (NbS) has been widely recognized by the international community. The core characteristics of sustainability, systematization, scale and adaptability of NbS can effectively promote the achievement of peak carbon dioxide emissions and carbon neutrality goals. As both taking sustainable development as the main goal, NbS is highly compatible with the goals of peak carbon dioxide emissions and carbon neutrality in goal orientation and thinking of practice. Furthermore the eight criteria of NbS can also provide a comprehensive and systematic framework for the active promotion of the goals of peak carbon dioxide emissions and carbon neutrality. Combined with the NbS criteria, eight issues are specifically proposed: (1) coordinating policy system for synergy of pollution reduction and carbon reduction; (2) strengthening the mechanism of information transmission in different scales; (3) building a nature-based pathway to carbon sequestration; (4) improving diversified carbon sink trading; (5) formulating participation rules that take into account social equity; (6) promoting path selection based on trade-offs; (7) innovating dynamic and long-term monitoring methods; and (8) promoting the mainstreaming of NbS in field of peak carbon dioxide emissions and carbon neutrality. 参考文献 相似文献 引证文献

Optimization of power distribution for electrothermal anti-icing systems by differential evolution algorithm

Ice accretion on windward components of aircraft will seriously threaten flight safety. Electrothermal anti-icing systems can prevent icing on the critical components. They have great potential for lightweight and energy-saving aircraft. This paper develops a numerical anti-icing model coupled with heat conduction in a multi-layer composite structure to evaluate the anti-icing performance. Furthermore, a differential evolution algorithm is adopted to optimize the power distribution of an electrothermal anti-icing system with a fixed heating element layout to find the minimal power consumption to ensure that no runback water flows out of the protection area. The maximum anti-icing surface temperature, runback water range, and the maximum temperature in the multi-layer composite structure are selected as constraints during optimization to guarantee the effectiveness of the anti-icing protection system. The feasibility rule based on a constraint violation is deployed to handle the constraints. The distributions of internal temperature of the multi-layer structure, anti-icing surface temperature, and runback water are chosen to evaluate the performance of the electrothermal anti-icing system. Comparing these performance parameters of optimized and baselines cases shows that the differential evolution algorithm can obtain minimal power consumption based on the anti-icing model under fixed icing conditions and heating element layout. The analysis of different heat flux terms indicates that the heat power distribution of the electrothermal anti-icing system should match convection heat transfer coefficient distribution on the surface to increase the energy efficiency.

Construction of indoor obstacle element map based on scene-aware priori obstacle rules

An obstacle element map is the basis of indoor navigation space subdivision. Effective and reasonable indoor space subdivision can improve the fineness of indoor navigation path planning. To divide an indoor navigation space more finely, an indoor obstacle element map construction method based on scene-aware a priori rules for obstacles is proposed. This method divides indoor space into navigable space (N-space), semi-navigable space (SN-space), and non-navigable space (NN-space) based on the flexible space subdivision framework (FSS) and classifies indoor obstacles into four categories, walls, doors, movable obstacles (MOs), and immovable obstacles (IMOs). First, by analyzing the layout and mobility of common indoor elements, the obstacle prior rules for seven types of indoor scenes (including hospitals, residences, classrooms, office buildings, transportation hubs, restaurants, and shopping malls) are formulated, and a method for obtaining obstacle prior rules based on scene recognition is proposed. Then, obstacles and their mobility are extracted from the semantic segmentation results of point clouds based on the acquired rules and mobility indicators. Finally, the extracted obstacles are processed to construct the obstacle element map, wall and door elements are fitted by the random sample consensus (RANSAC) algorithm, and IMOs and MOs are processed by Euclidean clustering. The experimental results show that the proposed method can effectively determine four types of indoor obstacles, and the overall accuracy in simple scenes is 85.22 %, while in complex scenes it is 97.96 %. Under the experimental environment (CPU: Intel Core i7-7700K; Memory: 16 GB and 2400 MHz; OS: Win10) in this paper, the construction of a simple scene obstacle element map can be completed in 5 s. In addition to the spatial information of the indoor elements, the obstacle element map also contains information about whether the elements can be moved, which provides the basis for the subdivision of the indoor space.

Enhanced moving finite element method based on error geometric estimation for simultaneous trajectory optimization

The direct method has been widely used in various fields of trajectory optimization due to the need to optimize the performance of a controlled dynamic system. An essential issue in the development of the direct method is the selection of the finite element mesh. Although there have been many pieces of research on adaptive mesh refinement, few works focused on finite element layout optimization before the refinement. This paper proposes an enhanced moving finite element method (EMFE), taking the length of each finite element as a variable, based on the geometric estimation of non-collocation-point error (NCPE) and generalized finite element length (GFEL). The features of EMFE include flexible problem reformulation, stable numerical calculation and the ability to locate breakpoints for singular control problems (the control variables appear linearly in the problems) and finding the local minimum numerical error. The theoretical basis of the ability to locate the breakpoints for singular control problems and the feature of NCPE estimate has also been investigated. Three numerical examples, two of which are singular control problems for lunar landing and the other is a multi-phase nonlinear problem for launch vehicles, demonstrated the performance and features of the proposed EMFE method.

Temporal and spatial features of the palace building space of Qinghai's Kumbum Monastery and its evolution.

Kumbum Monastery is the centre of Tibetan Buddhism and religious culture in Qinghai. Its palace buildings are the typical examples of Tibetan Buddhist monastery buildings and living fossils of Tibetan social history. This study selected 12 palace buildings of Kumbum Monastery as the study objects, used typological approaches and numerical method to analyse their spatial features, classified these features into four types (the ring road surrounding Dugang-style palace space, single-sided eaves of the Duguang-style palace space, three-stage palace space with cloisters connecting to Dugang, and other variants) according to their spatial structures, and discussed the temporal evolution of the spatial features from spatial and temporal perspectives to obtain the development process for the palace buildings of Kumbum Monastery. The analysis showed that: 1) Because the Han people migrated to Qinghai, the architectural space of the monastery followed the practices of Tibet in the same period and began to adopt the practices of the Han people under the effect of religious indoctrination and sociopolitical influence of the Ming dynasty. 2) Due to the influence of religious development facilitated by the political environment in the Qing dynasty, all the palace buildings of Kumbum Monastery adopted the practice of monasteries in Lhasa. After being implicated by the political rebellion, the monastery initiated to add the spatial layout elements of the buildings in Qinghai. Therefore, the monastery was obtaining the cues from the Han culture. 3) The dominance of religious significance over the spatial designing of the palace buildings of Kumbum Monastery gradually shifted to the political dominance. This paper revealed the spatial and temporal features and evolution of the palace building space, explored the generation process of the palace buildings space of Tibetan Buddhist monasteries in Qinghai, and provided a reference for the static conservation and dynamic development of Tibetan Buddhist monastery buildings in Qinghai.

Understanding relationships between landscape multifunctionality and land-use change across spatiotemporal characteristics: Implications for supporting landscape management decisions

Landscape elements are the basic units of the earth surface system, and their changes have a profound impact on the continuous supply of landscape functions. However, few studies address the spatiotemporal tradeoffs and synergies between landscape multifunctionality and land-use in complex urban agglomeration system. In the Wuhan metropolitan area, rapid socioeconomic development, urbanization, and industrialization process led to drastic changes in land use, generating a series of landscape function imbalance. Therefore, this study, based on multivariate data and detection model quantitatively mapped five landscape functions, explored the correlations between different land-use types and landscape functions, and explored their trade-offs and synergies. Our study showed that: for 2000–2015, residential support (RS) function increased by 13.95 people/km2, carbon sequestration (CS) and water conservation (WC) functions changed greatly, and their added values were 1226.72 gCm−2a−1, 284.51 mm, respectively, soil conservation (SC) function increased by 68.17 t hm−2, habitat maintain (HM) function decreased by 0.1. Most landscape functions showed trade-off relationships, while a few presented synergy relationships, and the spatial pattern of landscape functions had significant differences, and their distribution was uneven. The hotspots of landscape multifunctionality mainly concentrated in the Wuhan City and southeast region of the study area, and the proportions of III and IV hotspots were 36.87% and 9.56%, respectively. Furthermore, landscape functions and land-use types displayed obvious spatial non-stationary characteristics, and the bundles of similar landscape functions were significantly clustered in space, while the composition structure of landscape function was significantly different. There is an urgent need to optimize the development of surface resources and the implementation of precise policies can optimize the layout of landscape elements and improve the supply of landscape function in an orderly direction. The research results of this study can help us to provide scientific reference for landscape planning management and decision-making.

Influence of Office Layout on Academic Staff Performance in Covenant University, Ota

Previous research has indicated that it is critical to regularly monitor academic staffperformance in higher educational institutions. This is because it has an inevitable and continuous impact on both organisational and student academic performance. Taking this into consideration, this study, with a focus on the academic staff of Covenant University, Ota, Ogun State, Nigeria, evaluated the influence of office layout on staff performance. The objectives of the study were to investigate staff perception of office layout, examine factors influencing staff performance in an office, and establish the nature of the relationship between office layout and staff performance. One hundred questionnaires were randomly administered to academic staff at the university, and a response rate of 60% was obtained. It was discovered that the academic staff perceived all the ten office layout elements presented to them to be "good". The results also showed that office layout (mean=4.68), reliable internet (mean=4.55) and office furniture (mean=4.40) are among the crucial factors influencing academic staff performance. Finally, the study revealed that office layout has a significant impact on performance. It was recommended, among other things, that the Management of the institution should improve on office layout in order to enhance performance. These findings imply that if the Management of the University is desirous of keeping staff performance high, it must grasp the key factors influencing their performance. In order to achieve the desiredperformance levels, it is necessary for the management to understand what to do to effectively bring about those levels.

Stainless Steel Portal Frame Tests

AbstractExperiments on stainless steel frames were carried out within this research. In total, 5 portal frames made of austenitic stainless steel SHS/RHS were tested. The paper thoroughly describes the performance of the loading tests including the layout of auxiliary elements and measuring devices. The technical drawing of the experiment layout with a description is presented as well as several photos. The load‐bearing capacities of the frames are summarised in a table. The research aims for a global structure behaviour examination with a particular focus on stainless steel structures. Their behaviour is highly influenced by nonlinear material stress‐strain response. Material nonlinearity leads to loss of stiffness, which results in greater deflections. And greater deflections generate greater second‐order effects. Worldwide research show this particularity needs to be taken into consideration when conducting a global analysis of the structure.

Study on the Traditional Handloom Textiles in India

The Indian subcontinent is known in the sector for its diversity in art and its cultural history. It's a very labour-intensive cottage-based decentralized industry, portraying the Indian way of existence that is fond of aesthetics, lifestyle, and sculpture. In India, the textile industry provides direct and indirect employment to millions of people, after the agriculture sector. At the time of determining aesthetic features of fashion products, the motifs, being an integral part of design, play a crucial role. Motif is the most primary unit of a design pattern or the smallest unit. Motifs are repeated in numerous ways to create styles; those patterns are repeated to create a layout. In a pattern or layout, the motif has its personal awesome identity. Generally, every motif is formed from simple layout elements that create various forms of designs, which include geometrical, summary, naturalistic and so forth. The choice of motifs may be inspired through diverse resources, which include nature, and also are intently related to the triumphing natural, cultural, religious and socio-monetary factors in any society. A contemporary look focuses on exploring numerous traditional textile motifs used throughout the Indian subcontinent. Furthermore, a number of famous and maximum commonplace motifs have been advanced through the use of computer-aided designing software programs. In this research article we have presented an overview of the traditional handloom textile application in India.