Manuscripts

Recent Papers

Automation of Multiproduct Herbal Juice Manufacturing Plant

In the market there are more types of herbal products are available which are used as medicine. There is a Neem is one of the most useful medicinal plants. There are many other plants also use as medicine like Aloe Vera. Neem plant is the most eco-friendly plant for a human being from medical or/and hygienic point of view, And also for aggro point of view. Each part of Neem tree has medicinal property. Juice of Neem leaves free from chemicals useful for exporting the products to countries that are very cautious about residual pesticides. Also, the extracted residue can be used as organic fertilizer, thus increasing aggro output. Automation is useful for reducing human effort in industrial working. This gives more accurate results with high quality. With help of automation, the only single worker can handle the manufacturing plant. We used ARM microcontroller based automation system for multiproduct herbal manufacturing plant system is basically embedded system. The main objective of this system is to automate the process for the efficient functioning of the plant. In this automation project, we control solenoid valves and relays means motor, pump with the help of ARM7.

Published by: Girish Sunil Pharande, Rohit M. Kamble, Rupali M. Gore, Chinmay A. Dalavi, Rohit R. Yadav, Rahul J. Gade, Nitin B. Gurav, Prof. S. S Dhende, Missing

Author: Girish Sunil Pharande

Paper ID: V3I2-1548

Paper Status: published

Published: April 22, 2017

Full Details

Validation of Ultimate Axial Load Carrying Capacity on Composite Steel Tube Column In filled With SCC by Using Nx-Nastron

This Research focuses on validation of Ultimate axial load carrying capacity of CFST column filled with Light weight concrete and self-compacting concrete using NASTRON. Three-dimensional nonlinear finite element modal is developed to study the force transfer effect between concrete and hollow steel tube. Model is developed for understanding the complex behavior of conventional composite circular steel tube and self-compacting concrete infilled tube with various grades and different diameters (D), thickness (t) and length (l). Using hyper mesh, the model is meshed and model is used in NASTRON finite element software. The result obtained for M20, M30 Grades of SCC concrete is compared with Analytical Codal relations along with standard results obtained from previous Researchers.

Published by: Madhu B. N, Dr. N. S Kumar

Author: Madhu B. N

Paper ID: V3I2-1545

Paper Status: published

Published: April 21, 2017

Full Details

Studies on Road Accidents on National Highway No.6

Globalization has impacted many developing countries across the world. India is one such country, which benefited the most. Increased, economic activity raised the consumption levels of the people across the country. This created scope for increase in travel and transportation. The increase in the vehicles since last 10 years has put lot of pressure on the existing roads and ultimately resulting in road accidents. It is estimated that since 2001 there is an increase of 202 percent of two wheeler and 286 percent of four wheeler vehicles with no road expansion. Motor vehicle crashes are a common cause of death, disability and demand for emergency medical care. Globally, more than 1 million people die each year from traffic crashes and about 20–50 million are injured or permanently disabled. There has been increasing trend in road accidents in Jalgaon over a few years. GIS helps in locating the accident hotspots and also in analyzing the trend of road accidents in Jalgaon.

Published by: Dhiraj Borole, Jyoti R. Mali, Vishal Patil, Kiran Pachpole, Bhushan Pandhare, Rupesh Borole

Author: Dhiraj Borole

Paper ID: V3I2-1512

Paper Status: published

Published: April 21, 2017

Full Details

Institute Administration Automation and Student Database Management System

The main objective of this project is to develop a method to use a personal computer to automate the administration procedures of an educational institute and effectively and efficiently manage students' database using a Web-based application. The program will enable the college staff to enter students’ information in the system which will generate a unique ID for each student at the time of admission. The staff will be able to manage the students' marks, fee information, personal information and all other academic information which is usually done manually. This ID will be used to reference the student in all the functions of this application. Since the system is automated, there is hardly any room left for human error, thus minimizing any potential complications in entering information and maintaining records. So, we propose a software application that will have a simple interface that would be easily understandable to everyone with minimal cost and can be used in various education institutions for automating the administration work and efficiently managing the student database with minimal error possibility.

Published by: Aishwarya Tamboli, Priti Shinde, Pravin Pariskar, Manisha Sonawane, Chinmay Anaokar

Author: Aishwarya Tamboli

Paper ID: V3I2-1563

Paper Status: published

Published: April 21, 2017

Full Details

Various Energy Efficient Schemes in WSNS: A Survey

Wireless Sensor Networks (WSNs) can be well-defined as one which can configure itself. It is infrastructure-less networks deployed to observe physical or else ecological surroundings, for instance, hotness, sound, tremors, pressure or impurities. All the information is sensed by the sensors which supportively pass the data through the network to a sink where the data can be perceived and investigated. Since these nodes are deployed in unhuman conditions so preserving their batteries is very challenging task. Clustering, described by LEACH protocol, is one of the techniques which helps in increasing their lifetime. This paper describes recent studies about the clustering approaches that are used to preserve the batteries of sensor nodes to make them work for the longer duration of time.

Published by: Rajveer Kaur Khosa, Pawan Luthra, Gagan Luthra

Author: Rajveer Kaur Khosa

Paper ID: V3I2-1534

Paper Status: published

Published: April 20, 2017

Full Details

Study the Influence of Industrial Waste Iron Sludge on the Stabilization of the Expansive Soil for the Road Subgrade

The Aim of this paper is to Stabilize Expansive soil of Sub Grade and to improve its California bearing ratio and free swell index and other properties using Industrial Waste materials Iron Sludge. Expansive soil have tremendous strength but it becomes very soft when it getting wet, It expands/swells due to its mineralogical composition during its wet condition, It creates cracks or consolidated when it is dry. Expansive soils can be found on almost all the continents on the Earth. Destructive results caused by this type of soils have been reported in many countries. First of all, identify the engineering properties of soil and then add 5, 10… 30 % iron Sludge in natural Soil. And again check the change in engineering properties of soil like plastic limit, plasticity Index, swelling Index of treated soil. By comparing the test results of virgin soil and treated soil we check the feasibility of using Iron Sludge for stabilization of expansive soil.

Published by: Ahemadabbas S. Rajpura, Prof. B. R Shah, Prof. H. K Dave

Author: Ahemadabbas S. Rajpura

Paper ID: V3I2-1559

Paper Status: published

Published: April 20, 2017

Full Details