E – Zyklus
The E - Zyklus is experimentation for converting the manually human-powered vehicle, in this case, a bicycle, into an electrically powered vehicle and optimizing its performance. The concept of E - Zyklus consist a Schnell Bicycle, in which the pedal and chain drive are eliminated. A 24 V Brushless DC motor is used with a simple chain-drive in case of the manual chain drive. The battery pack used is 4 pieces of the lead-acid gel battery. Also, a speed controller is introduced which is of 24 V for the speed control of the BLDC motor, with a Throttle. The objective of the experiment is to optimize the power required for the vehicle to operate, to achieve a top speed of 30 kmph, and also get enough torque for all operations performed by the vehicle like drive on a straight road and climbing up the slope and also achieve good traction on uneven surfaces. The other objective is to see whether a hybrid vehicle is feasible or not.
Published by: Suyant Dharwarkar, Abdulhasnain Akodiyawala
Author: Suyant Dharwarkar
Paper ID: V6I4-1322
Paper Status: published
Published: August 4, 2020
Structural and dielectric properties of ‘Ni’ doped (Bi(2-x)NixTi3O12) polymer thin film
A single phase crystal ceramic which was Aurivillus types belongs to B.L.S.F structure with general formula Bi(2-x)NixTi3O12. The ‘Ni’ doped Bismuth titranate (BT) ceramic was prepared by using solid state reaction technique. but the ceramics based polymer thin film was carried out by sol-gel process for characterization. Now a days Some research state’s that lead-free ferroelectric materials were widely used for many application like high sensitive sensors and memory devices due to their good di-electric property. The B.L.S.F types ferroelectric materials operates in low voltage. Recently various types of materials like BBT, BST, BNT have been take attention for their electrical conductivity properties. And these types of materials were lead-free and eco-friendly. So we make the crystallographic consideration of the Ni doped BT ceramics . it was study to know about structure of atoms , ions or molecules present in an materials. on a 3-D lattice it was arranged in an particular manner . In a aurivillius based compound the BLSF structure are found. This is a type of ferroelectric structure where the materials are well packed by a bismuth oxide layer that is (Bi2O2). It have not holds good for piezo electric and pyro electric compound .it holds good only for ferroelectric materials. The O-R group heve the perpendicular to the axis of materials. In Bismuth titranate ceramics there are only two main element was used. Bismuth oxide and titanium oxide. But it have some limitations .it does not showing any electrical and optical property. We know Ni was a transition element which was electrical conductor and temperature dependent. Show nickel oxide was used as doping element to enhance the dielectric property of the BT ceramics. Polymer shows relaxor behavior which required for censing device. Polymer synthesis was now a very good synthesis process which show very good result. polymer thin film was used for characterization .the x-rd was study by x-ray diffract meter. Morphology was studied by electron emitting process by using scanning electron microscope. by using LCR meter we find ph, conductivity,loss ,constant etc.
Published by: Jyotiprakash Panda
Author: Jyotiprakash Panda
Paper ID: V6I4-1282
Paper Status: published
Published: August 1, 2020
An overview of RedTacton Technology- A ubiquitous computing
RedTacton is a new innovative Human area networking technology that will allow to use the human body as a network transmitter path. RedTacton uses weak electric fields on the surface of the human body as a transmission medium instead of relying on electromagnetic waves to carry data. Thus RedTacton takes a different technical approach compared to infrared. RedTacton plays a very important role in healthcare domain and also it finds application in various fields such as military and security. In this paper we discuss about the working, applications of RedTacton technology in various fields.
Published by: Nandini A. S., Manjula K. B., Shama Firdous
Author: Nandini A. S.
Paper ID: V6I4-1310
Paper Status: published
Published: July 31, 2020
Comprehensive Seismic Performance Assessment of Low Rise RC Buildings by Numerical Modelling
In the context of Nepal, Nepal lies in the tectonic plate zone between Indian and Eurasian plates and due to the collision of these plates Himalayan mountain ranges were formed and this result number of earthquakes have occurred in past and in present. The geology is different as there is variation in latitude and longitude, which may result in different ground motion. As there is variation in ground motion there is a variation on earthquake intensity which may change the performance of the low rise buildings. And for the study, 10 different irregular low rise buildings are used. For the proper study linear static analysis is done to check time period of models and check displacement, drift and storey shear on linear static analysis. Later on, the model is checked and analyzed using nonlinear pushover analysis. Model is made nonlinear by making the beam as per existing condition using section designer and hinges were introduced on the beam and column as per FEMA-356 and ATC-40. For the execution of nonlinear analysis both push-in x and push in Y direction load is applied in controlled displacement mode. After execution of nonlinear pushover analysis different colour of hinges were formed and study. And maximum displacement, max storey drift and storey shear were found both in X and Y direction. Peak ground acceleration of Gorkha, EI Centro and Kobe earthquake is used for time history analysis, and different twelve ground motion is used for analysis, and after analysis results, max displacement, base shear, max storey drift was found and the result shown in graphs, which concluded that model having a same irregular plan but with different structure size is more seismically strong, after nonlinear dynamic analysis, model has less value of design value than demand value, so need to rectify and strengthen models.
Published by: Saugat Tiwari, Sailesh Adhikari, Deepak Thapa
Author: Saugat Tiwari
Paper ID: V6I4-1304
Paper Status: published
Published: July 31, 2020
Formulation, development and sensory acceptability of high calorie snack bars
Background: The demand for consumption of healthy, innovative, processed and convenience foods are increasing rapidly due to increasing in awareness about health and lack of time to cook has led to the development of cereal bars. Study focused on developing high calorie snack bars to be used as a complementary food for malnutrition. Objectives: To develop high calorie millet-based snack bar as a complementary food for malnutrition. Materials and methods: Snack bars were made with millets, nuts and oil seeds, sweeteners and gum. The optimized composite mix formulation was enriched with inulin. The developed bars were evaluated for sensory acceptability using 9-point hedonic scale. Physical characteristics and nutrient content were estimated. Results: The high calorie bar was prepared with locally available ingredients. The sensorial attributes of bars made with jaggery scored higher in comparison with other sweeteners. The developed bars had calorific value of 402-430 kcal/100gm with protein content in the range of 11%, fat 13-14%, fibre 2-3% and carbohydrates 57- 64%. Calcium content ranged from 44.1 -70.9 mg, iron 2-3mg, whereas zinc 50.41mg and magnesium 2.04mg/100g was constant in all samples. Conclusion: Incorporation of millets enhanced the functional and nutrient content of snack bars and could be used as a functional ingredient for better health.
Published by: Sai Dharshini S., Meera M.
Author: Sai Dharshini S.
Paper ID: V6I4-1293
Paper Status: published
Published: July 31, 2020
Identification of public realm aspects in connection to the trends of urbanization in Indian cities
If the population keeps growing and lands are desired, there is always a need to explore the numerous directions of how the city immediately emerges. The new trend for future development and urbanization is higher density development. The barrier between advocacy of higher density environment and social sustainability asks for a descriptive and systematic interpretation for inclusive growth. The paper discusses the dynamics of urbanization trends and the immediate attention that has to be considered to ensure quality public life through understanding and finding the aspects of public realm. This work investigates several ways of how the public spaces are manifested and understood. The intent of the paper is to identify the aspects of public realm which could contribute to a resourceful organization of public spaces.
Published by: Prashant P.
Author: Prashant P.
Paper ID: V6I4-1292
Paper Status: published
Published: July 31, 2020
