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Research Paper

Thermal modelling of spark in wire cut EDM

Wire EDM is a non-contact machining process of contouring different intricate shapes from bulk material. The phenomenon behind material removal is high temperature due to spark in the wire the material melts and vapours. This process enables the manufacturer to fabricate new high-temperature resistive material. The wire is made of brass on which the analysis has been carried out. The existing work deals with Thermal modelling of spark using ABAQUS CAE software. The material of wire considered is brass. Heat transfer is transient in nature due very small time available to single spark. The variation of heat flux and temperature were analyzed by results obtained from modelling.

Published by: Venkat Lalit Shukla, Dr. S. K. S. Yadav

Author: Venkat Lalit Shukla

Paper ID: V6I5-1145

Paper Status: published

Published: September 5, 2020

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Research Paper

Portable IoT based health monitoring system

In present times, the number of patients is increasing rapidly. There are many health management systems and the systems are lacking in one or other features. One of the major issues is that not all patients are treated with utmost care which can sometimes be dangerous in case of emergency or critical patients and common people cannot be able to afford the basic health monitoring system. The lack of communication between patients and the hospital staff might be there because of the patient’s health conditions, effects of medication, because they have an ongoing disability. Existing systems are digital but they aren't portable, which creates a vast problem and communication gap between hospital staff and patients. This motivates us to solve the aforementioned problems in the existing system using sensors which solve the problem of portable devices for measuring the patient health parameters and send the readings to the cloud database, these reading can be used by the doctor during patient diagnosis as the history is saved in the cloud . The proposed health management system will solve the problems related to real-time monitoring of patient’s conditions without being connected to the bed in the hospital all the time as it is simple to implement, use and cost effective.

Published by: Bhuvaneshwari Patil

Author: Bhuvaneshwari Patil

Paper ID: V6I5-1144

Paper Status: published

Published: September 5, 2020

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Review Paper

A review- Effect of drilling process parameters on thrust force

Drilling is one of the most common manufacturing processes in various industries like automobile industry, Aerospace industry, watch manufacturing industry and medical industries. It plays an important role for quality of manufactured product. For assembly of product drilling, boring, reaming process are used. Many input drilling parameters are feed rate, spindle speed, drill diameter, cutting fluid, depth of cut, work piece material, tool material, helix angle, point angle, clearance angle, types of tool, etc. The performance parameters for drilling are Material removal rate, surface roughness, thrust force, torque, tool life, etc. This paper illustrates a literature review on effect of drilling drilling process parameters such as feed rate, drill diameter, spindle speed on thrust force. The thrust force is calculated by the force sensor or dynamo meter. In this paper it studied that the feed rate and spindle speed are the significant factor for thrust force.

Published by: Uzair Ahmad, S. K. S. Yadav

Author: Uzair Ahmad

Paper ID: V6I5-1142

Paper Status: published

Published: September 5, 2020

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Research Paper

IoT based Electrical Power distribution through Telegram Bot and Web Cloud

The convenience of distributing electrical power and monitoring the load in homes, offices, as well as industries is very important. This enables the periodic and easy monitoring of changes or disturbances that occur in a load globally. This project monitors and controls the Electrical Power distribution system through a Telegram Bot and web cloud (Thingspeak.com). The Telegram Bot, which is available on Telegram, a social media application, is used to send commands to the electrical loads and also receive feedback in the form of a voltage (V), current (I), and Power (P) parameters. Meanwhile, the Web cloud (Thingspeak.com) is used to display the parameters in graphical or numerical form. Furthermore, the "peak to peak" method produces accurate voltage and current measurements using the ZMPT101B and ACS712 sensors. The result showed that the sensor readings are carried out alternately using a Multiplexer (Mux), to provide flexibility for another additional sensor. Therefore, the load control system is equipped with a TPR (Thyristor Power Regulator) circuit to regulate the amount of power.

Published by: Achamd Marzuki, Bangbang Hermanto

Author: Achamd Marzuki

Paper ID: V6I5-1141

Paper Status: published

Published: September 5, 2020

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Research Paper

Recreating the traditional Kashmiri arts in contemporary interiors with sustainability

Apart from the scenic beauty of Kashmir, it is also renowned for its carpets weaving. It is a matter of pride for India Legacy. The weaving skills have been passed down by fathers to their sons, who have built upon those and in turn, handed them down to their offspring as a closely guarded family secret. A quality Kashmiri new carpet must be handmade or maybe palm knotted by 100% pure made of wool or maybe 100 % pure man-made fiber. This handicraft is unique in terms of design, cost, and quality of products. The study focuses on contemporary challenges and thereby providing suitable suggestions in order to make this handicraft more sustainable in the future. This craft is expensive, time taking, and required skilled weavers to do it. The motifs, patterns, and colors used in this art are unique apart from the weaving patterns. In the contemporary world this art cannot be applicable in its original form at every interior space. So, recreating carpets, wallpapers, fabrics used in furnishing of interiors with the motif patterns, and colors used in this could make this art sustainable. This can be the best way to add the history and memory of ancient people.

Published by: G. Nanditha, Srishti Srivastava

Author: G. Nanditha

Paper ID: V6I5-1140

Paper Status: published

Published: September 5, 2020

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Research Paper

Natural materials used for an eco-friendly interiors-jute crafts

India has large resources of natural fibers such as Banana, Sisal, Korai grass, Talipot, Palm leaf, Coconut, Pineapple, Golden grass, Jute, and Sabai among others. In the past, trade of the village folK depended on harvesting fibers grown in their villages. They spun or twisted yarn into ropes and sold them in villages or town markets. However with time, the emphasis was shifted to cotton and then during the post-independent era, silk and -jute became the new wonder fibers. jute is long, soft, and shiny it is one of nature’s strongest vegetable fibers. The fibers are also woven into curtains, chair coverings, carpets, area rugs, hessian cloth, and backing for linoleum. The main objective is to make jute fiber from natural materials. To make jute roped room dividers, doors, and windows with supporting cane. Cane boxes were custom built with evenly spaced rope sized holes drilled through the top and bottom. Precut sections of rope were strung through the top and tied off at the bottom, allowing for the interior knot to hold the rope in place and taut. Jute rope can be the key to the design. Most of the women who belong to the socio-economically backward sections of the society are engaged in natural fiber weaving to produce objects for daily use. It is one of the cheapest and the strongest of all-natural fibers and is considered as fiber of the future. It has no adverse effect on the human body and Mother Nature as a whole.

Published by: P. Jyothi, Srishti Srivastava

Author: P. Jyothi

Paper ID: V6I5-1136

Paper Status: published

Published: September 5, 2020

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