AIJREAS

VOLUME 4, ISSUE 4 (2019, APRIL)

(ISSN-2455-6300) ONLINE

ANVESHANA’S INTERNATIONAL JOURNAL OF RESEARCH IN ENGINEERING AND APPLIED SCIENCES

DESIGN AND ANALYSIS OF CIRCULAR MICROSTRIP PATCH ANTENNA FOR ISM APPLICATIONS

K SUSHMITA & E.TEJASWINI

Page 1-4

Anveshana’s International Journal Research in Engineering and Applied Sciences ( AIJREAS ) - ISSN: 2455-6300 (Online)
volume - 4 Issue - 4

Paper Title

DESIGN AND ANALYSIS OF CIRCULAR MICROSTRIP PATCH ANTENNA FOR ISM APPLICATIONS

Abstract

In this paper coaxial feed circular Microstrip patch antenna is designed in order to obtain the required parameter responses for 2.5GHz and 5GHz frequencies. The dual band is Obtained by inserting a circular slot in a circular Radiator as well as bandwidth enhancement is obtained by modifying the ground plane .The Substrate used is FR-4 having dielectric constant of 4.4 and thicknessof 1.6mm. the designed antenna is simulated using HFSS (High frequency simulator software).the proposed antenna achieves a gain of , bandwidth of the performance of designed antenna was analyzed in terms of bandwidth, gain, voltage standing wave ratio and radiation.
KEYWORDS : Microstrip antenna, Dual band, Circular

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ACCIDENT DETECTION WITH MEMS AND ALERT SYSTEM FOR MEDICAL EMERGENCY

R.ODAIAH I.NARESH K.SAI KRISHNA REDDY & M.PRINCE TITUS

Page 5-8

Anveshana’s International Journal Research in Engineering and Applied Sciences ( AIJREAS ) - ISSN: 2455-6300 (Online)
volume - 4 Issue - 04

Paper Title

ACCIDENT DETECTION WITH MEMS AND ALERT SYSTEM FOR MEDICAL EMERGENCY

Abstract

The motor vehicle population is growing at a faster rate than the economic and population growth. Accidents and the death rate due to road accidents, especially two wheelers are also increasing at an alarming rate. most of the accidental deaths that happen due to lack of immediate medical assistance, on the facility for providing immediate medical assistance to accident area can reduce the fatality to greater extends. In this project the arduino microcontroller Atmega328 is interfaced with MeMs.This entire system should be placed on a moving vehicle
KEYWORDS : Accident detection; Mems; Gsm; Gps.

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IMPLEMENTATION OF REMOTE MEDICAL NURSING MONITORING SYSTEM USING ARDUINO

T. Amulya, Md. Shams Tabrez, P. Uday Kumar & B.L. Prakash

Page 9-12

Anveshana’s International Journal Research in Engineering and Applied Sciences ( AIJREAS ) - ISSN: 2455-6300 (Online)
volume - 4 Issue - 4

Paper Title

IMPLEMENTATION OF REMOTE MEDICAL NURSING MONITORING SYSTEM USING ARDUINO

Abstract

It is necessary to monitor the patient time to time by giving them proper attention. But it is missing in some hospitals. Hence in this paper we proposed an effective remote medical nursing monitoring system. If any patient of a particular bed need any medical assistance, the patient press that key which is present near the bed, then the key will be activated and the camera will be positioned towards the patient bed automatically if patient needs doctor’s assistance, by pressing another key the message will be sent to the doctor through Bluetooth, after visiting the patient doctor has to press a special key, which means he visited the patient and it will be visible on LCD display. Finally, the project we designed for particularly taking care of general ward patients.
KEYWORDS : Arduino, Blue-tooth, LCD, Motor, H-bridge.

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BORDER GUARD SPY ROBOT

N. Bhargavi, T.Sukanya, N. Chandana & B.Ramu

Page 13-16

Anveshana’s International Journal of Research in Engineering and Applied Sciences (ISSN-2455-6300)ONLINE
volume - 4 Issue - 4

Paper Title

BORDER GUARD SPY ROBOT

Abstract

Robot is a reprogrammable, multifunctional device which is primarily designed to do work like human such as pick and place, loading and unloading, surveillance, health care, industrial, aerospace application. Robots can perform dangerous and accurate work to increase the productivity as they can work 24 hours without rest. This paper deals with the design and control of automated vehicle type robot which can move in desired direction and captures pictures and videos of required location. The main controlling device of the whole system is arduino micro controller. When the user switches on the robot, the robot moving on predefine path.SR04, 5laser guns are interfaced to the arduino micro controller. An android application has developed using MIT App inventor and a Wi-Fi communication is made with robot which interfaces with microcontroller to control its speed and direction. Aim of this work is to design and control the motion of robot using Wi-Fi device of an Android phone.
KEYWORDS : Wi-Fi device, Android OS, Smartphone, Microcontroller laser

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INVESTIGATION OF DURABILITY STRENGTH PROPERTIES OF CONCRETE BY USING MICRO SILICA

M.SANATH KUMAR

Page 17-21

Anveshana’s International Journal Research in Engineering and Applied Sciences ( AIJREAS ) - ISSN: 2455-6300 (Online) volume - 4 Issue - 4
Volume - 4 Issue - 4

Paper Title

INVESTIGATION OF DURABILITY STRENGTH PROPERTIES OF CONCRETE BY USING MICRO SILICA

Abstract

Now a day’s, To Study the binder system containing different levels of micro silica on mechanical properties of concrete. The work on concrete mixes having a water ratio of 0.35 and total binder content of 500kg/m3.The percentage of micro silica is replaced for cement are: 0%,6%, 10%, and 15%.Then the workability of fresh concrete were measured to evaluated particles were : strain due to creep, shrinkage, modulus of elasticity, compressive strength, moisture and swelling movement. As the proportion of micro silica increased and workability of Concrete decreased then mechanical properties such as compressive strength for 28 days and modulus improved. Percentage of micro silica replaced when doesn’t on total shrinkage. Basic creep of concrete down at micro silica replacement levels .Swelling test after shrinkage and creep then increase the proportion of micro silica Lowered. Micro silica containing high strength concrete for creep and shrinkage.
KEYWORDS : Micro silica; High strength concrete; Elastic Modulus; Compressive strength; creep; shrinkage; swelling

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OPTIMIZATION OF PROCESS PARAMETERS OF HIGH SPEED MILLING FOR PHOSPHOR BRONZE

B. BHARATH KUMAR & K. RAJASEKHARA REDDY

Page 22-27

Anveshana’s International Journal Research in Engineering and Applied Sciences ( AIJREAS ) - ISSN: 2455-6300 (Online)
Volume - 4 Issue - 4

Paper Title

OPTIMIZATION OF PROCESS PARAMETERS OF HIGH SPEED MILLING FOR PHOSPHOR BRONZE

Abstract

and for each new material, we need economical and efficient machining and it is also predicted that, Taguchi method is a good method for optimization of various machining parameters as it reduces the number of experiments. In the present work, by using taguchi approach the End milling of EN-31 steel alloy is carried out in order to optimize the milling process parameters and to minimize the surface roughness. This paper deals with optimization of selected milling process parameters, i.e. Speed, Feed rate, Depth of cut and coolant flow Taguchi orthogonal array is designed with three levels of milling parameters and different experiments are done using L9 orthogonal array, containing four columns which represents four factors and nine rows which represents nine experiments to be conducted and value of each parameter was obtained. The nine experiments are performed and surface roughness is calculated. The Signal to Noise Ratio (S/N) ratio of predicted value and verification test values are valid when compared with the optimum values. It is found that S/N ratio value of verification test is within the limits of the predicted value and the objective of the work is full filled.
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OPTIMIZATION OF PROCESS PARAMETERS IN MACHINING OF 6063 ALUMINIUM ALLOY USING RSM

SHAIK MD ADIL HUSSIAN & V.PURUSHOTHAM

Page 28-36

Anveshana’s International Journal Research in Engineering and Applied Sciences ( AIJREAS ) - ISSN: 2455-6300 (Online)
Volume - 4 Issue - 4

Paper Title

OPTIMIZATION OF PROCESS PARAMETERS IN MACHINING OF 6063 ALUMINIUM ALLOY USING RSM

Abstract

Due to global competition in manufacturing industries scenario the conventional machining processes have been replaced by advanced non-conventional machining process. Several advanced non-conventional machine tools are available specifically computer numerical control (CNC) turning is the major used machine tool in metal based industries. Now days, due to the increasing demand of the higher precision components for its functional aspect, surface roughness of a machined part plays an important role in the modern manufacturing process. To get the minimum surface roughness various turning parameter like cutting speed, depth of cut, feed rate, metal removal rate (MRR) and tool geometry etc. are required among all these parameter optimal parameter are determined by using various optimization techniques. Productivity as well as quality both has a similar impact on final product. This paper describes various optimization studies and the literature review for the influence of CNC turning parameter on surface roughness as well as other response variables
KEYWORDS : CNC, MRR, RSM

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OPTIMUM DESIGN OF ROLLING ELEMENT BEARINGUSING TLBO ALGORITHM

SHAIK SAMMAD & J.GOVINDU

Page 37-44

Anveshana’s International Journal Research in Engineering and Applied Sciences ( AIJREAS ) - ISSN: 2455-6300 (Online)
Volume - 4 Issue - 4

Paper Title

OPTIMUM DESIGN OF ROLLING ELEMENT BEARINGUSING TLBO ALGORITHM

Abstract

This project represents the modification of Rolling contact bearing design using different optimization techniques. Most widely Rolling bearings are used in Construction Equipment, Traction Motors, Electric Motors, Pumps and Compressors, Plastic Forming Equipment, Blowers and Fans, Coal Pulverizers, Heavy Equipment, Machine Tool Spindle, Calender Rolls of Paper Making Machines, Printing Presses, Crushers, Table Rollers for Steel Mills, aerospace machines, etc. Rolling bearings are weakest components in any machine unit which impacts its remaining life. While designing of rolling bearings it has to satisfy various constraints while delivering excellent performance and long life. The two main primary objectives for rolling bearings, namely radial load capacity and rating life has been considered. All design variables corresponding to bearing geometry are considered. For efficient discrete optimization the nonlinear constrained optimization problem has been solved by using algorithms
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UNDERSTANDING DIALOGUE STYLES IN INTERNATIONAL DIPLOMACY

Dr. Madhu Gupta

Page 45-50

Anveshana’s International Journal of Research in Engineering and Applied Sciences (ISSN-2455-6300)ONLINE
Vol-4 Issue - 4

Paper Title

UNDERSTANDING DIALOGUE STYLES IN INTERNATIONAL DIPLOMACY

Abstract

Effective communication is fundamental in international diplomacy for fostering understanding, resolving conflicts, and advancing shared interests among nations. This article explores various dialogue styles employed in international diplomacy, including direct dialogue, indirect dialogue, and multilateral dialogue. Each dialogue style is examined in terms of its characteristics, strengths, limitations, and significance in shaping diplomatic negotiations and agreements. Direct dialogue involves face-to-face discussions between representatives or leaders of conflicting parties, offering benefits such as enhanced understanding, opportunities for compromise, and trust-building. However, challenges such as power imbalances and communication barriers may arise. Indirect dialogue, on the other hand, utilizes intermediaries or third-party facilitators to convey messages and proposals between conflicting parties. While indirect dialogue can mitigate power imbalances and foster creative problem-solving, it may also lead to misrepresentation and slow progress. Multilateral dialogue, involving three or more parties, promotes inclusivity, complexity management, and adherence to established norms and rules. It facilitates decision-making, long-term engagement, and effective implementation, making it crucial for addressing global challenges. Introduction: In the realm of international diplomacy, effective communication is paramount for fostering understanding, resolving conflicts, and advancing shared interests among nations. Dialogue styles play a crucial role in shaping diplomatic interactions, influencing outcomes, and building relationships on the global stage. This article explores various dialogue styles employed in international diplomacy, their characteristics, strengths, and limitations, and their significance in shaping diplomatic negotiations and agreements.
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DESIGN AND ANALYSIS OF CIRCULAR MICROSTRIP PATCH ANTENNA FOR ISM APPLICATIONS

ACCIDENT DETECTION WITH MEMS AND ALERT SYSTEM FOR MEDICAL EMERGENCY

IMPLEMENTATION OF REMOTE MEDICAL NURSING MONITORING SYSTEM USING ARDUINO

BORDER GUARD SPY ROBOT

INVESTIGATION OF DURABILITY STRENGTH PROPERTIES OF CONCRETE BY USING MICRO SILICA

OPTIMIZATION OF PROCESS PARAMETERS OF HIGH SPEED MILLING FOR PHOSPHOR BRONZE

OPTIMIZATION OF PROCESS PARAMETERS IN MACHINING OF 6063 ALUMINIUM ALLOY USING RSM

OPTIMUM DESIGN OF ROLLING ELEMENT BEARINGUSING TLBO ALGORITHM

UNDERSTANDING DIALOGUE STYLES IN INTERNATIONAL DIPLOMACY

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