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Welcome to IJLERA! International Journal of Latest Engineering Research and Applications

Volume 02 - Issue 11 (November 2017)


Title:
Design of high speed single precision floating point multiplier
Authors:
Rajitha Kudipudi, G. A. Arun Kumar
Source:
International Journal of Latest Engineering Research and Applications, pp 01 - 07, Vol 02 - No. 11, 2017
Abstract:
fast and energy-efficient floating point unit is always needed in electronics industry especially in DSP, image processing and as arithmetic unit in microprocessors. Many numerically intensive applications require rapid execution of arithmetic operations. Arithmetic circuits form an important class of circuits in digital systems. With the remarkable progress in the very large scale integration (VLSI) circuit technology, many complex circuits, unthinkable yesterday have become easily realizable today. Algorithms that seemed impossible to implement now have attractive implementation possibilities for the future. This means that not only the conventional computer arithmetic methods, but also the unconventional ones are worth investigation in new designs. We present the design of an IEEE 754 single precision floating point multiplier. Verilog HDL is used to implement this design. Floating point numbers are one possible way of representing real numbers in binary format; the IEEE 754 standard presents two different floating point formats, Binary interchange format and Decimal interchange format. Multiplying floating point numbers is a critical requirement for applications involving large dynamic range. In this project we focus on single precision normalized binary interchange format. The multiplier design handles the overflow and underflow cases. Rounding is to give more precision when using the multiplier in a Multiply and Accumulate (MAC) unit.
Keywords:
MAC: Multiply and Accumulate.
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Title:
Methane Gas & Electricity Generation from Pirana Landfill Site, Ahmedabad
Authors:
Pathak Priyanka D., Vaibhavi R. Nagar
Source:
International Journal of Latest Engineering Research and Applications, pp 08 - 12, Vol 02 - No. 11, 2017
Abstract:
Emitted gasses from the landfills are one of the significant sources of air pollution in India. Meanwhile, the reduction, control and recycling of such gasses is of great importance from hygienic and global perspectives. Pirana landfill site has been a dumping place for the past 37 years. The average amount of wastes disposed at the site is approximately 4000 Tons per day. The purpose of this study is calculation CH4 (Methane). Through gas-recovery and extracting energy from landfills with 75 percent efficiency, the generation rate of greenhouse gases will reduce to around 557,633 tons of CO2 equivalent in Ahmedabad.
Keywords:
Pirana landfill site, Landfill gas models, Methane (CH4) gas, MSW characteristics, Energy
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Title:
Utility Analysis of an Intensive Care Unit Model Using Queuing Theory with Improved Taguchi Loss Function
Authors:
Kiprono, D., K., Rotich, T. and Kerongo, M., J.
Source:
International Journal of Latest Engineering Research and Applications, pp 13 - 19, Vol 02 - No. 11, 2017
Abstract:
Long queues have affected service delivery in Intensive Care Units of many medical facilities. This study is a utility analysis of a queuing problem at Moi Teaching and Referral Hospital (MTRH) Intensive Care Unit (ICU) in Kenya. The objectives were to determine the average time of a patient in the system, optimum number of beds required and establish the stability of the system. Admission data of ICU for six months was obtained from MTRH. A multi-server queuing Model (M/M/s) was used together with Improved Taguchi Loss Function to analyze the problem and an excel calculator was used to simulate the model results in five scenarios. It was found that the optimum number of beds required in the ICU was 13, which reduces the patient waiting time by 86.06% while server utilization remains good at 77%. Lastly, the stability of the system was found out to be achieved when the bed allocation is between 12 and 14. Therefore, it is recommended that MTRH management, policy makers at county and national level and other health facilities with similar queuing problem improve the overall patient care by installing the optimum number of beds in order to meet the patient needs.
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Title:
Demonetization Impact on Indian Economy Impact on three sectors of economy
Authors:
Ashok Botta
Source:
International Journal of Latest Engineering Research and Applications, pp 20 - 24, Vol 02 - No. 11, 2017
Abstract:
Demonetization is a tool to battle Inflation, Black Money, Corruption and Crime, discourage a cash dependent economy and help trade. Its policy of the government by banning Rs. 500 and Rs.1000 currency notes has influenced all almost all the corner of the economy. Its effect on Banking Sector is significant as Bank is a center for channeling the legal tender money to all needs of the society.The reason for this move was simple: India‟s Ministry of Finance claimed that 500 and 1,000 rupee notes are being used to finance terrorism, fund illegal drug sales, fuel the black market, drive counterfeiting, and pay bribes. This so-called ―black money‖ had reputedly built up to such epic proportions that Prime Minister Modi declared that enough was enough, that he would take it upon himself to wash his country‟s currency supply in one fell swoop. Demonetization can be said as a "Surgical Strike‟ on Black Money, Terrorism, Fake Currency, Unorganized trading, Real Estate, Share market etc. on the other hand if we talk about the Indian industry on a broader way it can be categories in three parts Manufacturing sector, Service sector and Agriculture sector. After demonetization only Agriculture sector shows some positive improvement while if we talk about the manufacturing and service sector both were crashed down and these will affect the whole Indian market in 2017 also. The biggest beneficiaries of demonetization are Banks. It made the banks to accept the deposits without any cost of promotion and drastically increased liquidity position of the banks. The present study is made out of available literature on post demonetization. It portrayed the effect of demonetization on three Sectors.
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Title:
A Study on Customer Satisfaction on SBI Atm's on Twin Cities of Hyderabad and Secunderabad
Authors:
Mr. J. Praveen Kumar, Mr. C. H. Raja Kamal
Source:
International Journal of Latest Engineering Research and Applications, pp 25 - 32, Vol 02 - No. 11, 2017
Abstract:
As SBI emerges as the largest financial company in India, the alternate channel infrastructure needs to critically analyze and redesign so as to meet the customer demands and expectation. The customer base is highest in SBI among all the other financial companies in India. Two cities are been chosen, metro for the analysis of customer satisfaction level in an urban area. This is a exploratory study throughout the customer population in these two cities. The work is based on primary data collection as well as few secondary data. This is an original work. Customer was somewhat unsatisfied with the alternate channel services, basically for the denomination and the maintenance part.
Keywords:
Denomination, ATM, SBI. SECUNDERABAD, HYDERABAD
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Title:
Design and Implementation of Hamming Code using VHDL & DSCH
Authors:
Divya Mokara, Sushmi Naidu, Akash Kumar Gupta
Source:
International Journal of Latest Engineering Research and Applications, pp 33 - 40, Vol 02 - No. 11, 2017
Abstract:
Error free transmission is a major concern in advanced electronic circuits. The errors in information occur during transmission which can lead to wrong information at reception. Error correction codes are commonly used to protect the information in memories and registers in electronic circuits. Hamming code is one of such forward error correcting code. It uses either even parity or odd parity check method. Here we implemented hamming code using even parity check method. Hamming code is an improvement over parity check method. Here the hamming code is implemented in Xilinx in which 7-bits of information data is transmitted with 4 redundant bits and it is also implemented in DSCH (Digital Schematic Editor & Simulator) tool. A special parity bit is used to detect the double bit error. Here we used SEDC-DED (Single Bit Error Detection and Correction-Double Bit Error Detection) algorithm for error detection and error correction.
Keywords:
DSCH, Even parity, FPGA-Xilinx, Hamming code, VHDL.
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Title:
Modeling of Unmanned Surveillance Aircraft
Authors:
B. Babu, K. Kandasamy, J. D. Nallasivam
Source:
International Journal of Latest Engineering Research and Applications, pp 41 - 48, Vol 02 - No. 11, 2017
Abstract:
Surveillance is critical for military, law enforcement, and search and rescue operations. In the past, stealth aircraft and helicopters were used for these types of missions. Recently however, unmanned aerial vehicles (UAVs) have grown in popularity and are an excellent resource that can be utilized for surveillance missions. Since this is a common capability of drones, this project sought to create surveillance UAV that was autonomous, inexpensive, lightweight, and easy to manufacture. The drone was designed as a quadrotor that houses two cameras with a wireless transmission system that provides live feed from the cameras to the ground station. It was also intended to be able to carry a payload for future developments. Though not all of the goals were fully realized by the project's conclusion due to stability and networking complications, the drone met size and cost standards, and could successfully localize its position with GPS and IMU sensors. Additionally, its controls were understood through simulation and testing.
Keywords:
Aerofoil, Styrofoam, brushless motor, Propeller, ESC, Servo motor.
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Title:
Comparative study of solar drying characteristics and thin-layer mathematical modelling of mango and cluster beans in two types of solar driers
Authors:
AR. Umayal Sundari, C.V. Subramanian
Source:
International Journal of Latest Engineering Research and Applications, pp 49 - 58, Vol 02 - No. 11, 2017
Abstract:
A solar drier is designed and developed using evacuated tube collector. The performance of the drier is investigated using mango slices and cluster beans in Thanjavur, Tamilnadu, India. A comparison is also done with another solar drier assisted with flat plate collector. The time taken by solar driers assisted with evacuated tube collector and flat plate collector are 5 hours and 12 hours respectively to reduce the moisture content of mango slices from 78% (wb) to 8.5% (wb). Similarly, the time taken by solar driers assisted with evacuated tube collector and flat plate collector are 9 hours and 13 hours respectively to reduce the moisture content of cluster beans from 85.8% (wb) to 8.9% (wb). The efficiency of the solar drier assisted with evacuated tube collector is observed to be 51.45% and 41.9% for mango and cluster beans respectively. The efficiency of the solar drier assisted with flat plate collector is found to be 30.68% and 32.26% for mango and cluster beans respectively. Eight thin-layer mathematical models are applied to investigate the most suitable model that could explain the drying kinetics of mango slices and cluster beans separately for both the solar driers using IBM SPSS 20 statistical package. From the results it is observed that model developed by Midilli et al having highest correlation coefficient (R2), lowest reduced chi-square (χ2) value and lowest root mean square error (RMSE) value shows a good fit for both the driers for mango slices and for cluster beans.
Keywords:
efficiency, evacuated tube collector, flat plate collector, mathematical model, moisture content, solar drier
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Title:
General understanding of the importance of Performance Management System as a determinant of employee effectiveness -A Study on Software employees in Hyderabad
Authors:
Dr. Suma Gundugola
Source:
International Journal of Latest Engineering Research and Applications, pp 59 - 67, Vol 02 - No. 11, 2017
Abstract:
The present study was aimed to study the general impressions of employees on PMS and its impact on employee effectiveness. To this effect, 101 participants including members who were performing well and also who were not performing well were carefully selected from different software firms and who responded to the survey questionnaire. It was found that a substantial number of the employees who were not performing well felt that Performance Management was generally used in controlling employees, it did not help in developing careers and the data derived out of Performance Management is not properly and it was observed that employees who were doing well had a very positive impression. Hence, it can be said that employees' impressions have an impact on their effectiveness. While analyzing the impact of the demographic profiles it was observed that age and occupational status were found to be determinant of employees' perceptions. The chi-square test also proved the same. Gender and educational levels was tested on the variable of satisfaction in which no significant difference was observed. Hence, gender in this case may not differently impact the satisfaction of men and women employees. The output of regression was found to be positive and statistically significant at different levels. This indicates that all the four variables (PRD, CD, SE&M, ID) impacted effectiveness of performance management system significantly. Creating awareness among employees about the importance of Performance Management System is very important for a successful implementation of the same which in turn helps in Employee development and commitment.
Keywords:
general understanding of PMS, PRD-personal relations development, CD-career development, SE&M-self expectation and motivation, ID-individual devel
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Title:
Approximate Solution of Real Definite Integration
Authors:
Saumya ranjan Jena and Subash ch. Mishra
Source:
International Journal of Latest Engineering Research and Applications, pp 68 - 74, Vol 02 - No. 11, 2017
Abstract:
In this study we present a mixed quadrature rule of degree of precision eleven by suitable convex combination of different Newton's open type formula of lower precision, by removing end point singularity for the product integral on the improper integral is the weight function and
f (x) is smooth function. This result has compared with mixed method for the product integral for approximate solution of real definite integrals on the infinite interval by mixing cubic Newton' divided difference and Romberg method. An error bound has been obtained by mixed quadrature on different classes of functions. Numerical examples have presented to validate and compared our present method with mixed methods.
Keywords:
Product integral, Mixed quadrature, degree of precision, Maclaurin's expansion, Error bound. MSC 2010: 65D30, 65D32.
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Title:
Application of mixed quadrature in adaptive environment over a square domain
Authors:
Saumya Ranjan Jena, Kumudini Meh
Source:
International Journal of Latest Engineering Research and Applications, pp 75 - 81, Vol 02 - No. 11, 2017
Abstract:
This paper contains a quadrature rule for double integrals of precision-7 has been constructed taking two rules of precision-5.In adaptive environment the rule has been numerically experimented on different integrals as well as it has been implemented to evaluate the line integral for any vector function through the Green's theorem. It has been found a good agreement to that of Clenshaw-Curtis five point rule. An error
analysis has also been made.
Keywords:
Degree of precision, Maclaurin's series, Error bound, Adaptive quadrature scheme, Green's theorem.
MSC: 2010 : 65D30, 65D32
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Title:
Analysis of Asymmetrical Cascaded Multi-Cell Multilevel Inverter
Authors:
M. Devi, M. Thanigaivel Raja
Source:
International Journal of Latest Engineering Research and Applications, pp 82 - 92, Vol 02 - No. 11, 2017
Abstract:
Multilevel converters are a very interesting alternative for medium and high power drives. Of these topologies the Multicell group is popularly growing due to its advantages such as modularity and scalability. This paper proposes a new topology of cascaded H bridge Multicell 15 level Inverter which is the mixed form of flying capacitor and cascaded group. This inverter is based on the cascaded connection of cells with reduced no of switches. Multicarrier based level shifting pulse width modulation identified as the most promising technique. This paper presents the most relevant control and modulation method of level shifting pulse width modulation LSPWM for multicell inverters to reduce total harmonic distortion –THD. Simulation results obtained in Matlab/Simulink confirms the effectiveness of the cascaded H bridge multicell 15 level inverter with minimum THD.
Keywords:
Cascaded Multicell Inverters. , Multicarrier level shifting pulse width modulation, Total Harmonic Distortion –THD.
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Title:
CFD based study of thermal performance of shell and tube heat exchanger with discharging PCM
Authors:
Pintu, Harimohan Sharma
Source:
International Journal of Latest Engineering Research and Applications, pp 93 - 100, Vol 02 - No. 11, 2017
Abstract:
Heat transfer from one fluid to another is important application in engineering science, various type of heat exchanger devices was developed by engineers from previous decades. Research on these devices continues in present era to improve thermal performance. Simple shell and tube heat exchanger was use to validate the experimental results with CFD results. Experimental validation proves that CFD is effective tool for thermal performance investigation. After experimental validation, main research work was focused on effect of latent heat on thermal performance improvement of simple shell and tube heat exchanger using PCM materials with these being discharging in it
Keywords:
Thermal performance, CFD and Phase change material (PCM)
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Volume 02 - Issue 11 (November 2017) (Version - II)


Title:
An empirical study on Cognitive biases affecting investment decision with special reference to Valsad District
Authors:
Dr. Chetankumar J Lad, Mr. Hiral R Tailor
Source:
International Journal of Latest Engineering Research and Applications, pp 01 - 08, Vol 02 - No. 11, 2017
Abstract:
Extreme volatility has plagued financial markets worldwide since the Global crises. Investors sentiments has been one of the key determinants of the market movements. Behavioral finance theories, which are based on the psychology, attempt to understand how emotions and cognitive errors influence individual investors' behaviors. The objective of this paper is to study the cognitive biases affecting investment decision of investors and the investment performance. The data are collected from the investors of Valsad district by using structured questioner and are analyzed by using various statistical tools. Results found that there exists a relationship between the cognitive biases and investment performance, and these biases have impact on the investors while making investment decisions.
Keywords:
Cognitive Bias – Belief Perseverance Bias - Information Persuasive Bias and investment performance
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Title:
An Analysis on Impact of Advertisement on Buying Behaviour of Consumers on Two Wheeler Industry in Prakasam District, Andhra Pradesh
Authors:
Dr. Krishna Bana, Balakrishna Swarna, Dr. Meeravali Shaik
Source:
International Journal of Latest Engineering Research and Applications, pp 09 - 19, Vol 02 - No. 11, 2017
Abstract:
Indian automobile industry plays a vital role in Indian economy especially for the two wheeler industry has seen the enormous growth in the last few years which leads to secured third position after China and Japan in terms of its sales and production. Moreover a large portion of society depends upon two-wheelers for transportation and travel, therefore the relationship between the customers and the market players must be established and explored to make the marketing effort fruitful and profitable. In the recent study, it was understood that, the contribution from the two wheeler segment itself is around 100,000 million in which Motor cycle segment (81.5% share) holds lion share. Due to the presence of heavy competition for two wheeler segment (Motor Cycle) in India, advertisement played a vital role which influence and attracts customers. The main aim of advertisement is to make people aware of the product produced by the company. The company produces the product mainly to meet and satisfy the needs of the customers. Advertising plays an important role on changing the consumer behaviour and also provides new patterns for purchasing or using any type of goods and services. The source of information for most of the customers is the advertisement from displaced on billboards, hoardings, newspapers, T.V., websites, movies, magazine, etc. All the two wheeler companied do advertisement, but some of them do well in market. In view of this, the present study is proposed to analyse the impact of advertisement on customer buying behaviour with a special reference to two wheelers in the area of prakasam district Andhra pradesh.
Keywords:
Automobile sector, two-wheelers, Advertisements, buying behaviour of consumers.
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Title:
A Survey on Cryptanalysis with Three Different Ways, DES-X, CAST, Biham - DES Encryption Algorithm Using Related Key
Authors:
Vinod Singh Kharsan, Vivek Singh Rathore, Bharat Choudhary
Source:
International Journal of Latest Engineering Research and Applications, pp 20 - 23, Vol 02 - No. 11, 2017
Abstract:
Cryptanalysis is process to get the original message from the cipher text without any knowledge of key. In general we can say this is an attack. We present new related-key attacks on the block ciphers 3- WAY, Biham-DES, CAST and DES-X encryption algorithm. Differential related-key attacks allow both keys and plaintexts to be chosen with specific differences. In this paper we also suggest that how we can protect from related key attack we give specific design principles to protect against these attacks.
Keywords:
3- way, Biham – DES, CAST and DES-X
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Title:
Modeling and Analysis of Composite Propeller Shaft
Authors:
Dr.R.GANAPATHI, Dr.B.OMPRAKASH, J.VINAY KUMAR
Source:
International Journal of Latest Engineering Research and Applications, pp 24 - 28, Vol 02 - No. 11, 2017
Abstract:
This paper deals with modeling and analysis of composite drive shaft by replacing the conventional stainless steel with composite materials. Conventional drive shaft is a two piece steel drive shaft in order to make it as a single long continuous shaft we are using composite materials. Static, model and buckling analysis on these materials is done by using ANSYS software. The materials which use in this analysis were E-glass epoxy, high strength carbon epoxy, and high modulus carbon epoxy.
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Title:
Ultramodern Encryption Standard Cryptosystem using Prolic Series for Secure Data Transmission
Authors:
P.Sri Ram Chandra, G.Venkateswara Rao, G.V.Swamy
Source:
International Journal of Latest Engineering Research and Applications, pp 29 - 35, Vol 02 - No. 11, 2017
Abstract:
We are in the era of transforming technology, where secure data transmission plays a vital role in protecting the data. The best means of protecting the data are cryptographic techniques, which are classified as symmetric key cryptography(both the encryption and decryption uses same keys) and asymmetric key cryptography(two different keys are used for encryption and decryption). In this paper we have proposed a new symmetric stream cipher cryptography algorithm with a title Ultramodern Encryption Standard (UES) for secure data transmission which uses prolic series number for generating set of keys, binary and gray code operations for encryption and decryption processes. If an intruder intercepts the message, it is difficult to decipher the message because of multilevel cipher rounds used in this algorithm. We have analyzed the strength of this algorithm over differential cryptanalysis. This algorithm unfailingly follows the Strict Plaintext Avalanche Criterion (SPAC) and Strict Key Avalanche Criterion (SKAC) which gives the study of how differences in input or key can affect the respective output and the results are tabulated.
Keywords:
Binary code,Cryptanalysis,Cryptography, Decryption,Encryption, Gray code, Intruder, Prolic number.
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Title:
CFD Analysis of the Radial Blower Performance for Telecommunication System Cooling
Authors:
Vankudoth Raju
Source:
International Journal of Latest Engineering Research and Applications, pp 36 - 66, Vol 02 - No. 11, 2017
Abstract:
Computational fluid dynamics (CFD) model for fans and radial blowers involve about blades and geometry, flow angles, blades rotational speed, and flow velocities. Accurate simulations of such models require large number of mesh points which is beyond the allocated time and available resources for engineering design cycles. When dealing with system or broad level thermal analysis, where a fan or blower is among many components need to be modelled, a macro representation of a fan or a blower is preferred. A macro model of a fan is a plane surface that includes pressure across as the flow passes through it. The pressure airflow relationship is taken from the fan curve provided by the fan made manufacture. A macro model for a radial blower is more involved because of the 90 degree flow turn inside the blowers housing and induced flow swirl caused by impeller blades. The need to capture the flow turn and induced swirl becomes more pronounced when simulating multiple interacting blowers inside a blowers tray. In this paper, a systematic approach is presented to design the blower macro from the existing the fan model. the pack CFD results for the blower tray have been analyzed. A typical use of three fan blower tray in a system representing telecommunication application is also presented at the end.
Keywords:
CFD, Flow Angles, Pressure, Blower.
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Title:
Demands' Manager at Arduino Platform
Authors:
Moraes, Breno Gabriel Macedo, Rangel, Yan Ricardo Damasceno, Duarte Filho, Moisés, De Almeida, Luciana Lezira Pereira
Source:
International Journal of Latest Engineering Research and Applications, pp 67 - 75, Vol 02 - No. 11, 2017
Abstract:
In proposed paper is introduced the development of an electricity consumer demand manager for low voltage consumer with monitoring by SCADA system, with purpose to apply the demand side management (DSM). For such use the micro integrated Arduino controller with current and voltage sensors, those providing analog signals that are processed to obtain the active power information, and reactive power factor, and thus enabling the system to evaluate and control the loads electrical non-essential, aimed at managing consumption. The information obtained and subsidiaries are exposed in software with supervisory function graph on a monitor, enabling the visualization of the system by the end user.
Keywords:
Arduino, Demand Side Manager, Energy efficiency, Microcontroller, SCADA System.
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Title:
Application of Satisfaction Function and Distance Measure Based Multi-Criteria Selection Method on Selection Optimal Cutting Parameters
Authors:
Selim Hartomacıoğlu, Mustafa Kurt1, Barış Bakırcıoğlu
Source:
International Journal of Latest Engineering Research and Applications, pp 76 - 80, Vol 02 - No. 11, 2017
Abstract:
In optimization of cutting parameter, multi criteria desicin making methods are used due to the results of multi-criteria for obtaining of optimal cutting parameters. In this study, the satisfaction function and distance mesaure based multi-criteria desicion making method was used for defining optimal cutting parameters. The method was used in machining of free-surfaces. In the experimental design, cutting tool diameter, rough machining stratejies, and finish machining stratejies were selected as input parameters. Form error, cutting force, and surface roughness were defining as output parameters. After the appliying of the method procedure, the optimal cutting parameters was optimized and the results were compared with grey relational analysis. As a results, the satisfaction function and distance measured based multi-criterai selection method could be successfully used in multi-criteria desicin making for optimization purpouse, in this way, the method can be used in research and development processes in terms of both cost and tim
Keywords:
Satisfaction function, distance measure, cutting parameters, multi-criterie decision-making,
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Title:
Design of a Solar Flat Plate Collector
Authors:
Elora Baruah, Pankaj Konwar
Source:
International Journal of Latest Engineering Research and Applications, pp 81 - 85, Vol 02 - No. 11, 2017
Abstract:
Solar water heaters (SWH), in comparison to conventional hot-water heating systems, represents an alternative with moderate costs in countries with high energy costs and sufficient irradiation. While having significance for the supply of energy in these countries, the introduction of this new but simple techniques also opens up possibilities for sustainable socio-economic development. A typical flat plate collector is a type of solar water heater which is a metal box or a wooden box with a glass or plastic cover called glazing on top and a darken colored absorber plate on the bottom.
Keywords:
Flat, heater, plate, solar, thermosiphon
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Title:
Raspberry Pi Based Industrial Process Monitoring and Control through Internet of Things
Authors:
S. Lakshmipriya, Mr. Vairavel AP
Source:
International Journal of Latest Engineering Research and Applications, pp 86 - 91, Vol 02 - No. 11, 2017
Abstract:
The objective of this project is to monitor the industrial process automatically. This is in need to reduce the manpower and it is a "cherry to the cake' of technology. The main aim is to develop a system which will automatically monitor the industrial applications and generate alerts/alarms or take by the intelligent decision raspberry pi microcontroller Model 3 B using the basic concept of IoT and also design the system to take intelligent decision and control devices automatically without man intervention. Here on industrial automation has become very much popular nowadays. We tend to measure the basic temperature humidity and vibration and metal detection in a sensor for processing the industrial automation.
Keywords:
raspberry pi, temperature sensor, humidity sensor, pressure sensor, proximity sensor, IoT web shield.
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