1 |
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1-13 |
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Dynamic analysis of High rise steel structure with RC shear wall and outrigger
Abstract
Tall building development has been rapidly increasing worldwide introducing new challenges. In tall structures high lateral forces develops due to wind load and earthquake load are crucial. Thus the effect of lateral loads need consideration for strength and stability of the structures. The Outrigger in structures provides lateral stiffness that provides significant drift control for tall buildings. The study includes Rigid Frame, Shear Wall/Central Core, WallFrame Interaction and Outrigger effect on tall structures. The objective of this study is to know the performance of outrigger structural system in high-rise building subjected to wind load and seismic load as per Indian standards. In this comparative study mainly the bare frame will be compared with Steel outrigger with core for the structural efficiency. In this comparative study, the static and dynamic behaviour of the composite structure for different models such as steel bare frame, steel frame with outrigger, steel frame with shear wall, steel frame with shear wall and outrigger, steel frame with shear wall openings, and Steel frame with shear wall openings and outrigger will be compared for the structural response of a 40 storey composite building frame situated in earthquake zone-II and zone-V using ETABS software.
2 |
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14-18 |
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Performance Evaluation of Secure AODV Routing Protocol for MANET
Abstract
— In mobile ad hoc networks (MANETs), the provision of quality of service (QoS) guarantees is much more challenging than in wire line networks, mainly due to node mobility, multi hop communications, contention for channel access, and a lack of central coordination. The difficulties in the provision of such guarantees have limited the usefulness of MANETs. In the last decade, much research attention has focused on providing QoS assurances in MANET protocols. In this paper we have analysed different types of routing protocols and QoS metrics in MANETS. Secure AODV (SAODV) routing protocol modify the effect of AODV routing protocol. In SAODV is preferred to achieve best result in terms of end-to-end delay, energy packet delivery ratio and throughput.
3 |
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19-25 |
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A Novel SRR Slotted UWB Antenna with Dual Band-Notched Characteristics at WiMAX & WLAN Band
Abstract
A novel designed compact SRR slotted ultra-wideband antenna having dual band-notched characteristics is achieved. The antenna consists of an inverted U-shaped slot on the ground plane and a radiation patch similar to the slot which is fed by a 50-Ω microstrip line. By etching two rectangular shaped split ring resonator slots on the radiation patch we obtained dual band-notched properties in the WiMAX (3.4-3.69 GHz) and WLAN (5.15-5.825 GHz) bands.
4 |
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26-32 |
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Transient Model of Brushless Doubly Fed Reluctance Machine using ABC Reference Frame
Abstract
This paper presents a complete derivation of brushless doubly fed reluctance machine (BDFRM) model in ABC reference frame using winding function theory. Extensive numerical simulations are conducted, using MATLAB/SIMULINK software, to investigate the BDFRM model capabilities under different operating modes.
5 |
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33-36 |
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Countermeasures for Transformation and Upgrading of Modern Manufacturing Industry
Abstract
Cloud computing, Internet of Things, big data and other information technologies are deeply integrated with modern manufacturing industry, which has triggered a new round of manufacturing industry changes. Nowadays, the development of modern manufacturing industry is in a critical period. In order to meet the requirements of the new economic era, we must optimize the development mode with high speed as the basic goal and pursue the transformation and upgrading of modern manufacturing industry. The birth of the Internet has created new opportunities for the transformation and upgrading of modern manufacturing industry, injected new impetus into the realization of the fundamental goal of reducing production capacity and cost of modern manufacturing industry, accelerated the transformation of new and old kinetic energy, and realized the structural change of supply side. We need to seize the opportunities brought by the Internet, conform to the trend of the times, respond to national policies, and promote the transformation and upgrading of modern manufacturing industry with the help of the Internet, so as to promote the sustainable development of manufacturing industry.
6 |
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37-40 |
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Research on the Development of Modern New Logistics
Abstract
With the continuous replacement of modern technology and the rapid expansion of the influence of e-commerce, some new logistics modes have emerged in the logistics system, besides the third-party logistics and self-operated logistics. They are logistics modes constructed by modern information technology and referring to advanced logistics operation concepts. Their contribution to the benefit and green development of logistics industry is becoming more and more obvious. This paper will give a brief introduction to the fourth party logistics and reverse logistics.
7 |
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41-45 |
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Precision Demand of Financial Data and Enterprise Financing Mode Based on Big Data Analysis
Abstract
According to the characteristics of financial data, following the principle of system design with big data as the center, this paper divides the financial data into different levels according to the way of data processing, and builds the precise demand of financial data based on big data analysis. Using big data management tools and analysis methods, potential financial risks in Internet finance can be found in advance, thus providing a basis for risk management for enterprises, which is conducive to ensuring the healthy and sustainable development of Internet financial enterprises.
8 |
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46-50 |
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capsule endoscopy (pill camera)
Abstract
Recent technology aims to manufacture products in a large scale for cheaper prices and increased quality. The existing technologies have attained a part of it, but the manufacturing technology is working at macro level. The future lies in manufacturing the products right from the molecular level. Research in this direction have been started way back in eighties. At that time manufacturing at molecular and atomic level was considered impossible. But due to the advancement in nanotechnology we have realized it to a certain level. One such product manufactured is the PILL CAMERA, which is used for the treatment of cancer, ulcer and gallstones. It has also made revolution in the field of medicine. This tiny capsule passes through our body, without causing any harm. It takes pictures of our internal organs such as intestine and transmits the same to the receiver of the Computer for the analysis of our digestive system. This process helps in tracking any kind of disease related to digestive system. Also we have discussed the drawbacks of using PILL CAMERA and how these drawbacks can be overcome using Grain sized motor and bi-directional wireless telemetry capsule.
9 |
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51-59 |
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EFFECT OF CENTRAL OPENINGS ON THE STRENGTH OF CONFINED MASONRY SUBJECTED TO LATERAL IN-PLANE LOADING (AN EXPERIMENTAL STUDY)
Abstract
Confined masonry construction is made up of masonry walls and confining ties, which are built on all four sides of each wall. This system is a conventional form for constructing houses as well as a good alternative for post-disaster reconstruction of the seismically damaged and/or collapsed buildings in many countries. Window and door openings appear in many panels of confined masonry buildings, but many codes do not consider the effect of these openings in the strength and the stiffness of confined masonry panels. In this study, the influence of area of openings on the stiffness and the strength of confined masonry walls is investigated. An experimental program is used to investigate the strength and stiffness of confined masonry walls; four specimens were used:-confined masonry wall without opening, confined masonry wall with opening of 20% wall area, confined masonry wall with opening of 25% wall area, and confined masonry wall with opening of 30% wall area.
The results show that openings significantly reduce the lateral load resistant properties of the confined masonry.
10 |
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60-71 |
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SOMEWHAT COMPACTNESS AND SOMEWHAT CONNECTEDNESS IN TOPOLOGICAL SPACES
Abstract
In 2016 Baker introduced the notion of somewhat open set in topological space and used it to characterize somewhat continuity and contra – somewhat continuity. In this paper we originally originate the notion of somewhat – compact space and interpret its several effects and characterizations. Also we newly originate and study the concepts of somewhat – Lindelof spaces and somewhat connected spaces.
11 |
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72-82 |
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Slightly wb-Continuous Functions in Topological Spaces
Abstract
In this paper, slightly wb-continuity is introduced and studied. Furthermore, basic properties and presentation theorems of slightly wb-continuous functions are investigated and relationships between slightly wb-continuous functions and graphs are studied and investigated
12 |
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83-86 |
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Research on Machine Learning in the Age of Large Data
Abstract
Large data has the characteristics of sparse attributes, ultra-high dimension, high noise, data drift and complex relationships, which makes it difficult for traditional machine learning algorithms to process and analyze effectively. The arrival of the new era of big data means that there will be a new way to deal with big data, that is, the close relationship between machine learning and big data analysis. Machine learning, which is emerging in the field of artificial intelligence, will combine big data to achieve more powerful functions in more fields, and artificial intelligence technology will also have new breakthroughs. The theory and method of machine learning are studied to realize knowledge discovery in super-high dimensional and sparse large data.
13 |
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87-94 |
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MODEL OF TEMPERATURE DISTRIBUTION GEOTHERMAL PESANGGRAHAN GEOTHERMAL SYSTEM, CENTRAL JAVA, INDONESIA
Abstract
The Pesanggrahan geothermal field is located at Central Java, Indonesia. A numerical model proposes to understand the temperature distribution since the steady state condition up to transient model. The first step of research method was running the temperature simulation to determine the temperature background from the surface to the bottom of volcanic body on the steady state model. We assumed that there is no magma in the steady state model. Background temperature distribution and pattern of mass fluxes calculate for 100,000 years to get the steady-state condition. The next step is modelling temperature and pressure distribution caused by the magma intrusion. The final result shows that high-temperature reservoir has a good correlation to the geothermal manifestations of Sileri that has been research by Layman et.al. (2002), we interpret that the reservoir is located at a depth between 2000 - 2300 m with a temperature range from 300-350 °C. The intrusion model also contributed the mass flux flow pattern of water from the reservoir to the surface as the upflow zone (that is Sileri hot water manifestation and the outflow zone was discharged to the south and the north directions.
