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Research Paper

Analytical study of impeller blade using Ansys

FEM stands for finite element method. It is a numerical technique used to perform finite element analysis (FEA) of any given physical phenomenon. FEM had made modeling very easy with more detailing, accuracy, less time-consuming, etc. It has many applications which include stress analysis, slope stability analysis, analysis of dams, etc. Finite Element Analysis software, that is, FEA software, is a common tool used, today. 3D CAD, SolidWorks CAM, Composer, Electrical 3D, Electrical Schematics, Inspection, Simulation, and Ansys are some of the best FEA software. In this paper, we are going to analyze total deformation and equivalent stress on the Impeller Blade. The model of an impeller blade was modelled on CATIA (stands for Computer-Aided Three dimensional Interactive Application) and analyzed on Ansys.

Published by: Rutvik Sadanand Lagali

Author: Rutvik Sadanand Lagali

Paper ID: V7I3-1938

Paper Status: published

Published: June 19, 2021

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Research Paper

Smart Selfie using Computer Vision

In this research, we will use computer vision to implement real-time face detection and tracking of the lips position from high-definition video. As Face detection and recognition from an image or a video is a popular topic in biometrics research, it has widely attracted attention due to its enormous application value and market potential, such as a real-time video surveillance system. For face detection and tracking the location of the lips, we use the OpenCV library. The experimental findings were produced utilising computer vision and OpenCV framework libraries at 30 frames per second at 1080p resolutions for increased accuracy and speed in face detection and tracking of lips position, as well as taking a high-definition smart selfie.

Published by: Sumit Bajare, Prajval Shende, Chaitanya Madgundi, Bhargav Bhatt, Rucha Joshi

Author: Sumit Bajare

Paper ID: V7I3-1958

Paper Status: published

Published: June 19, 2021

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Research Paper

Study of the behaviour of street dwellers in relation to architecture

Homelessness is a massive problem in India. Homeless people aren't ready to earn they face several issues like lack of a secure and appropriate home, lack of hygiene and sanitation, kids additionally lives on the streets as a result of poverty, state, alcoholic families, death of parents or they additionally try and collect garbage just in case of seeking cash to shop for food. homelessness describes the condition of individuals while not a regular day and secure housing inside every style of economic setup within the world notably in urban areas. They carry their few controls with them, sleeping on the streets, near doorways or on piers or in another house, on an additional or less random basis person is outlined into three classes based on the sort of accommodations a publically supervised or in a privately operated shelter designed to offer temporary living accommodations(including welfare hotels, congregate shelters, and transitional housing for the mentally ill) or a public or personal place not designed for, or unremarkably used as regular sleeping accommodation for groups of people. With a population of spill 1 billion people, India is the second most populated nation in the world. The homeless live and die on the streets. This paper aims to identify the relation between homeless people’s age and behaviour, revealing useful behavioral markers and policies.

Published by: Gauravi Ghonge, Shivani Mirajkar, B. K. Chakravarthy, Abhijoy Banerjee, Ashima Banker

Author: Gauravi Ghonge

Paper ID: V7I3-1926

Paper Status: published

Published: June 19, 2021

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Review Paper

The business strategy for service models to shift from Minimum Viable Product (MVP) to Product-Market Fit (PMF)

The minimum viable product (MVP) enables organizations to promptly begin the learning process by integrating feedback. The concept of MVP has evolved over the years and its application is most often used in a start-up environment. The established organizations struggle to develop MVPs. The evolution of service models has come all the way from an on-premise service model to Software-as-a-Service (SaaS) model. The usage of on-premise or licensed software service is still around in this century considering flexibility to customize and data security within customer’s firewalls. With the risks involved, the on-premise model is not scalable in terms of security, loss of documentation, or domain knowledge. This is where the cloud computing service models help to document every feature of each version of the software which makes it easier for the team to hit the ground running. Much of the enterprise software is now moving to the cloud service models with the MVP approach to launch the key modules based on the market requirement. The purpose of this review is to provide a constructive model that is adaptive for managing products. Furthermore, the paper critically presents theoretical and practical implications linking the underlying business strategy. The details of this market validation approach are outlined in this article that supports organizations' understand of how the market validates value proposition and business model.

Published by: Vijay Sekar

Author: Vijay Sekar

Paper ID: V7I3-1943

Paper Status: published

Published: June 19, 2021

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Research Paper

Automated greenhouse monitoring and control with auto rooftop opening system

The development of internet technology has brought light to the development of agricultural modernization. This paper introduces agriculture greenhouse monitor system which is low cost power consumption system constructed on the basis of wireless communication. ZigBee Technology is a new wireless communication technology, relative to Bluetooth and Wi-Fi. ZigBee Technology has the characteristics of low complexity, low power consumption, low data rate and low cost. This technology is suitable for the field of automatic control system and implementing devices. Proposed framework consist closed loop system that will execute control action to adjust temperature, humidity, light intensity and soil moisture according to changes in environment. Along with basic structure or circuit where input to Arduino is driven to get specified output as per path. This all which will be interfaced with Arduino Controller. The significant data monitored by sensors will be used as primary initialization in the structure as any High/low occur in the environment of the greenhouse. The main components such as Arduino-Nano is driven with its programme, GSM module connectivity is based on the main source of user and driver is placed to work along with the input of the Sensors as the main data such as Temperature, humidity and moisture is fixed as per requirement of the specific crop. The Strategies and processes used in past researches are studied and compared with our process. The results from the process or evaluation are compared with the real values present.

Published by: Digvijay Shinde, Sayali Shinde, Dhanashri Salunkhe, Atharvraj Sawant, Sayali Patil, Pakija Nadaf

Author: Digvijay Shinde

Paper ID: V7I3-1952

Paper Status: published

Published: June 19, 2021

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Research Paper

Performance analysis of “Shell and Tube” and “Plate Heat Exchanger”

In this paper an experimental setup of one ton of refrigeration was developed. Shell and tube heat exchanger and plate heat exchanger were used as an evaporator. Plate heat exchanger for one ton capacity was available and “shell and tube” heat exchanger was manufactured for one ton capacity. The performance of both the heat exchangers were compared through experimentation. Also these heat exchangers were compared on the basis of area, volume occupied.

Published by: Ankush Sudam Patil

Author: Ankush Sudam Patil

Paper ID: V7I3-1948

Paper Status: published

Published: June 19, 2021

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