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Research Paper

Touch less and touchscreen

The aim of this research paper is to compare and contrast the methods of touchless and touch screen technology.

Published by: Pranjali Chavan, Abhijit Banubakode

Author: Pranjali Chavan

Paper ID: V7I3-1861

Paper Status: published

Published: June 15, 2021

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Research Paper

Cloud Computing: Its relevance to Libraries

Cloud computing is the use of software and hardware to deliver on-demand computing services from applications to computer data storage and processing power over a network (typically the Internet), without direct active management by the user. In cloud computing, information technology programs shift from products to services. It ensures that a user gets a service that allows him/her to store all his data outside the domain of his/her personal device, i.e., he/she stores his/her files and data on cloud computing servers in the form of files he/she can access from anywhere, where there is an Internet connection. The key feature of cloud computing is that any user can create, edit, and save files in the cloud according to their needs and is, therefore, a kind of self-service like Google Docs. Cloud computing technology contributes to removing the maintenance problems and helps develop information technology programs. Its infrastructure depends on advanced data centers that provide large storage space for users.

Published by: Dr. Rajeshwari Matoli

Author: Dr. Rajeshwari Matoli

Paper ID: V7I3-1835

Paper Status: published

Published: June 15, 2021

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Research Paper

Comparative study of manual and software-based design of G+1 building

Today, technology is circulating in almost every field of humans’ life, Now this is the time, life will become much more difficult without the use of technology in our lives. So, keeping the involvement of technology in mind, we will try to cover some of the uses of computer technology in different areas of civil engineering. The project deals with different software used in civil engineering like AUTOCAD, STAAD PRO. Which are used for different purposes during the completion of the project. AutoCAD is used for drafting the 2D plan and to do more accurate and fast work. Later the plan can be made in 3D with the help of Autocad so it will give more details about the plan then design and analysis are done with Staad Pro. After that, we can cross-check all the calculations manually so we will know how fast and time saving this software.

Published by: Rupesh Mathdevaru, Sameer Sumbekar, Vikas Gawai, Bhushan Benke, Pratik Murumkar, Shubham Thote, Dr. S. R. Bhagat, Balram Lagad

Author: Rupesh Mathdevaru

Paper ID: V7I3-1849

Paper Status: published

Published: June 15, 2021

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Research Paper

Finite element parametric study on the performance of strip footings on a purely frictional soil using plaxis 2D

Traditionally the design of shallow foundations has been conducted using conventional theories and empirical methods, based on foundation bearing capacity and settlement calculations including those provided by Terzaghi, Meyerhof, or Hansen (Smith, I., (2015) and it has been considered that numerical analysis for such simple problems would not be cost or time effective. This research paper proposes that numerical analysis can also be used to provide a quick and cost-effective tool for the Geotechnical Engineer to design a shallow foundation, that could be used to verify the design of a shallow foundation using conventional theories and empirical methods, and thus would lead to satisfying the requirement for the second method of verification as outlined in Eurocode 7 (EC7).

Published by: Iwinosa Osarugue Aghedo

Author: Iwinosa Osarugue Aghedo

Paper ID: V7I3-1875

Paper Status: retracted

Submitted: June 15, 2021

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Research Paper

Stabilization of subgrade soil with lime and coir

The establishment of any nation majorly depends upon transportation, import, and export. One in every of the big transport systems that connects all the agricultural and concrete areas is pavement. Rumenerative of road leads to increases country’s profitable growth with full load acting upon the road would be evenly distributed between this sub-graded layer, because the clayey loam has a low limit of capacity thus abundant material such as coconut coir and lime can be used to the strength of the subgrade layer. The clayey soil goes through unrestrained volumetric changes making their utilization within the construction engineering science project burdensome. The properties of clay particles will be modified in many ways such as mechanically, chemically as well as thermally. Thus stabilization of soil techniques is necessary in order to gain stability of the soil so that it can easily withstand the loads acting upon the super-structure.

Published by: Asif Hussain, Akash Singh Patel

Author: Asif Hussain

Paper ID: V7I3-1873

Paper Status: published

Published: June 15, 2021

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Research Paper

Rhizobium bio-fertilizer technology increases yield of Groundnut and subsequent crop

Agriculture is the only basis for feeding humanity. Adoption of modern agricultural practices and use of technology is inadequate in India. Arachis hypogea L. (Groundnut) belongs to family Fabaceae. It is an annual. The roasted seeds are edible. Oil is extracted from the seeds and used as fine cooking medium. Vegetable ghee (peanut butter) is also prepared from this oil. The oil cake is fed to the livestock. It is rich in fatty acids and proteins. The major constraints of Groundnut production in India are unreliable rain fall pattern, pest and diseases, socio-economic status of farmers, failure of communication media to reach in the area, lack of awareness and traditional mind psychology of farmers about improved agro-practices (Baldeo Sigh 1990). The chemical fertilizers cause impact on soil micro flora and fauna. In such situation it is need of the day to develop new easy low cost eco-friendly Rhizobium bio-fertilizer technology for Groundnut and residual effect of Rhizobium culture on yield of wheat, rice or subsequent crop etc. is always higher (Raverkar, K. P. and Konde, B. K. 1988). Present research work shows application of Rhizobium bio-fertilizer technology for Groundnut seeds and to study the increase in yield of pods during the crop season 2018. It was observed that, the yield increases by 20 to 25 %.

Published by: Aher D. K.

Author: Aher D. K.

Paper ID: V7I3-1871

Paper Status: published

Published: June 15, 2021

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