KCG College of Technology

About: KCG College of Technology is a based out in . It is known for research contribution in the topics: Adsorption & Diesel fuel. The organization has 427 authors who have published 381 publications receiving 2193 citations.

Computational Study of Coil Helical Spring: Automobile Clutch

Abstract: An open coil and closed coil helical springs works usually under critical conditions due to the continuous variations of load acting on the top surface. The analysis of an open coil and closed coil helical springs of an automobile clutches are carried out in ‘ANSYS’ software and the experimental study has been conducted for different load conditions. The various parameters like total deformation, stress intensity, strain energy and equivalent von-misses stress are considered for study. An experiment has been carried out for total deformation of an open and closed coil helical springs at various loads like 500, 1000 and 1500 N. The experimental results shows a good agreement for the simulation results. The results shows that the performance of an open coil helical spring is good compared with closed coil helical spring.

Genetic Algorithm Based Placement and Sizing of Distributed Generators

Abstract: This paper reveals the impact of Distribution Generator (DG) present in electrical force circulation systems by taking IEEE 14 bus system as proposed frameworks. The investigation carried out is to inspect the impact on the general framework misfortunes and voltage profile. The point behind this study is to acquire the optimal area and entrance level of the new DG unit with a specific end goal to diminish the misfortunes and to upgrade the voltage profile. Genetic Algorithm is one the imperative stream of science and currently it is considered as most sweltering examination zone. Proficient techniques and advances are profoundly required to lessen the estimations and perform the operations in exact way. The force framework is extremely a recondite subject so that there is a need of ideal arrangements with which the framework gets to be upgraded and be prudent by taking care of complex issue. There are numerous advantages to introduce a DG in the framework to do complex count in arriving the size and the arrangement of DG. The estimation of ideal size and area of DG for a disseminated framework is the essential motivation behind this paper.

Evolution Of Outcome Based Engineering Education In India – A Case Study

Abstract: India’s aspirations to evolve as key player in the global knowledge economy makes engineering education more critical. Being one of the largest Indian engineering education systems in the world, its competitiveness is evidently dependent on the availability of skilled and trained graduates. India has already entered into a golden age of engineering education to transform its youth potential into effective human resources. Outcome Based Education (OBE) model is being adopted at a fast pace in most of the Indian engineering institutions. It is considered as a giant leap forward to improve technical education in India by producing competitive engineers in the global market. Therefore, it is necessary and important to carry out a proper attainment method in order to measure student learning achievement and to predict the student’s performance in future. This paper presents a case study of assessing the attainment of programme outcomes for Electrical and Electronics Engineering programme based on direct and indirect assessment methods as laid down by National Board of Accreditation (NBA).

Injection Molding Parameters Calculations by Using Visual Basic (VB) Programming

Abstract: Now a day's manufacturing industry plays a vital role in production sectors. To fabricate a component lot of design calculation has to be done. There is a chance of human errors occurs during design calculations. The aim of this project is to create a special module using visual basic (VB) programming to calculate injection molding parameters to avoid human errors. To create an injection mold for a spur gear component the following parameters have to be calculated such as Cooling Capacity, Cooling Channel Diameter, and Cooling Channel Length, Runner Length and Runner Diameter, Gate Diameter and Gate Pressure. To calculate the above injection molding parameters a separate module has been created using Visual Basic (VB) Programming to reduce the human errors. The outcome of the module dimensions is the injection molding components such as mold cavity and core design, ejector plate design.

Analytical Survey on Parameters for Designing an Efficient 5G Antenna System

Abstract: Nowadays, the recently using 3rd generation (3G) and 4th generation(4G) cellular frequency bands which are below 6 GHz have been overcrowded due to the increased number of mobile users. This requires a new generation so-called 5th generation (5G) with the expectations, and it is pushed to work on greater than 28 GHz frequency band. Hence, the vision of communication researchers is designing mobile antennas for this new generation system. Many system and antenna parameters are to be considered during the design of antennas to get better reliable mobile system. In addition, we should consider about the memory and system complexity during simulation. In this paper, we are presented an analytical survey on the various antenna and system parameters to be considered to get a more efficient 5G mm-wave wireless system.