Paper Title

FLEXURAL BEHAVIOUR OF SELF COMPACTING CONCRETE HOLLOW BEAMS REINFORCED WITH HYBRID FIBERS

Abstract

The performance of conventional concrete is enriched by the addition of fibres in concrete. The brittleness in concrete is reduced and the acceptable ductility of concrete is ensured by the addition of fibres in concrete. In this study, the strength of concrete cubes, cylinders and beams cast using M25 grade concrete and reinforced with steel and polypropylene fibres are presented. Also, hybrid fibres with crimped steel and polypropylene were used in concrete matrix to study its improvements in strength properties of steel, polypropylene and hybrid steel (crimped) polypropylene and fibres of various proportion i.e., 0.25%, 0.5%, 0.75%, 1% and 0.5 % (0.25% of steel and 0.25% polypropylene), 0.75% (0.5% of steel and 0.25% polypropylene, 0.25% of steel and 0.5% polypropylene) and 1% of various combinations of hybrid fibres for 7,14 and 28 days respectively. The study of conventional flexural beam theory was replaced with the analysis structure, with the help of technology further it enhanced better understanding.
KEYWORDS : Hybrid fibres, conventional concrete, flexural beam.

Paper Title

DESIGN AND ANALYSIS OF ROOF TRUSS USING STADD

Abstract

To describe a structure used for the storage of raw materials or the production of industrial products, we call it an industrial building. Purlins, rafters, roof trusses, wind bracing, and columns are all critical components of industrial structures. As a workshop or warehouse, these structures are ideal. The use of steel is common in the construction of large-scale industrial buildings, where concrete construction is either impractical or time-sensitive. Selected, well-analysed, and planned is a multi-story industrial structure. By hand, the analysis and design were carried out. All of the structural components were developed by manually, as was the study of the structure. The Industrial Steel Truss Building has a lot of weight to it. IS code specifying a number of combinations of loads that are evaluated in the modelling process. These include dead loads, live loads, and wind loads. Results can be found in the column base. Steel purlins cross between stiff frames in this metal structure, which is coated with light gauge metal wall cladding. Determined by the specified loads and/or external impacts, these values are generally implemented in structural analysis.
KEYWORDS :

Paper Title

INTELLIGENT ARDUINO METHOD TO AVOID TRAIN ACCIDENT

Abstract

In this project Intelligent arduino method to avoid train accident is implemented. This project will build up a model of an entryway at the level intersection that runs.The entire system is controlled by the ardunio microcontroller.Intially when the train is arriving then track line continuity activates and red light will be ON and engine motor will be OFF.Simillarly when fire sensor activates then water sprinkler will be ON , engine motor will be OFF and buzzer indication will be obtained.compared to others, proposed system gives effective results.
KEYWORDS : Arduino Microcontroller,Buzzer,Fire sensor,Water sprinkler,Track line continuity

Paper Title

ANALYSIS AND DESIGN OF SECURITY SYSTEM USING TEMPERATURE AND HUMIDITY SENSORS

Abstract

In this project design and development of industrial monitoring system is implemented. Industrial monitoring system plays significant role in present generation. Parameters like temperature sensor, humidity sensor, buzzer, RS-232, GSM, LCD display, crystal oscillator and power supply are utilized. Initially whenever threshold level of temperature is increased then temperature sensor is detected the buzzer will give indication and sends SMS to the corresponding phone number. In the same way whenever threshold level of humidity is increased then humidity sensor is detected then buzzer will give indication and sends SMS to the corresponding phone number. Hence this project gives effective outcome.
KEYWORDS :

Paper Title

GSM BASED AUTOMATIC SECURITY SYSTEM

Abstract

Safety and security is of utmost importance in our day to day life. The approach to home security system design is almost standardized in these days. In this presentation, it is intended to improvise these standards by employing new design techniques and developing a low-cost home security system. The design of simple hardware circuit enables every sensor and electronic component at any private place.
KEYWORDS : Ultrasonic sensor, Crystal oscillator, RS232, GSM, ARDUINO UNO.

Paper Title

DEVELOPMENT OF ADVANCED LEAKAGE DETECTION SYSTEM USING IOT

Abstract

:- Real time monitoring of the environment for gas leakages is crucial in industrial applications as they involve the use of toxic and combustible gases. Recently, gas leakage problem is occurred in LG polymers. This is due to improper indication and improper detection system. To overcome this proposed system is implemented. In this project advanced gas leakage detection system using IOT is implemented.. The entire system is controlled by the Arduino. When gas is leaked then automatically exhaust fan will be on. Next whenever fire is obtained then fire sensor will be on and automatically sprinkles the water. For both conditions SM will be send using GSM to the corresponding phone number. Hence it can conclude that this project gives effective output.
KEYWORDS : Arduino, Gas Sensor, Fire sensor, GSM, RS-232

Paper Title

RFID BASED VECHICLE SPPED CONTROL SYSTEM

Abstract

This page aims at automatically controlling the speed of vehicles at speed restricted areas such as schools, hospitals zones etc. Now a days the drivers drive vehicles at high speed even in speed limited areas without considering the safety of the public. The RFID reader is attached along with the vehicle and the RFID tag with these zones. The tags are placed at the beginning and the end of the regions for with regions for which the speed should be reduced.
KEYWORDS : Motor Driver unit, Opto-Coupler, Proximity module, RFID (Radio Frequency Identification Device).

Paper Title

IOT BASED SMART HELMET WITH SAFTEY APPLICATIONS

Abstract

In this project the design and development of Smart helmet for real time applications is implemented. Basically Accidents are increasing day by day all over the world. Firstly, When the Helmet button is pressed then ignition system will be on. Next whenever accident is obtained then vibration sensor gets activated and gives buzzer indication. And also sends SMS and location to the corresponding phone number. At last this project gives effective output
KEYWORDS : Arduino, Vibration sensor, Crystal oscillator, RS-232, GSM, GPS.

Paper Title

DEVELPOMENT OF ENVIRONMENTAL MONITORING SYSTEM FOR REAL TIME APPLICATIONS

Abstract

In this project development of environment monitoring system for real time applications is implemented. By using 8051 microcontroller entire system is controlled. Whenever there is change in temperature then temperature sensor will be activated, the exhaust fan will be on and send SMS will be send corresponding phone number. Whenever there is rain then rain drop sensor will detects, shelter will be provided and sends SMS to the corresponding phone number. Hence this project gives effective outcome.
KEYWORDS : Temperature sensor, Raindrop sensor, Crystal oscillator, RS232, GSM.

Paper Title

DESIGN & DEVELOPMENT OF ELECTRONIC NOTICE BOARD

Abstract

In this paper design & development of electronic notice board is implemented. This is an automated system that utilizes GSM technology along with an embedded server. The system is designed to work independently without the need of any human operator.The system has the facility to inform students or employees about any instant update via SMS and it can also be remotely updated with new information. In the same way it gives buzzer indication also.
KEYWORDS : Circular patch, Hexagonal patch, Elliptical patch Micro strip antenna, Return loss, UWB and NWB antennas, CST Software.

Paper Title

DESIGN AND SIMULATION OF ULTRA WIDE AND NARROW BAND ANTENNA FOR C-BAND AND X-BAND APPLICATIONS

Abstract

In this design we are using wide and narrow band antennas. Here same substrate is used for wide band spectrum sensing and narrow band for communication. The range of UWB is 3.1 GHZ to 10.6 GHZ which is approved by FCC. We are changing the different patches like elliptical, circular, and hexagonal. In both circular and hexagonal patches, it acts as ultra-wide band antenna but in elliptical patch it acts as narrow band antenna. The antenna design is simulated on CST MWS. The FR4 material is used as substrate with a dimension of 42mmx50mmx1.6mm. On the basis of S-Parameters and Radiation pattern of the antennas, the designed antennas are envisioned to be established for the following applications; C-Band and X-Band applications.
KEYWORDS : Circular patch, Hexagonal patch, Elliptical patch Micro strip antenna, Return loss, UWB and NWB antennas, CST Software.

Paper Title

SMART WASTE MANAGEMENT SYSTEM BY USING IOT

Abstract

:-In this project an efficient smart waste management system for IOT applications. Basically, Smart waste management and monitoring system plays very important role in present generation.Firstly, when the waste is reached up to 70% then I.R Sensor-1 will be detected and sends an SMS to the corresponding officer of that street. In the same way, when the waste is reached above 95% then I.R Sensor-2 will be detected and sends an SMS to the corresponding officer of that street and gives buzzer indication also. Hence this project detects fast and gives effective outcome.
KEYWORDS : WORDS:-Arduino,Crystal Oscillator,Buzzer,RS232,GSM

Paper Title

DEVELOPMENT OF VEHICLE THEFT LOCATION AND INTIMATION BY USING IOT

Abstract

In this paper development of vehicle theft location and intimation by using Iot is done. The automobiles theft increases day by day rapidly and the ratio of unlicensed drivers also increased which creates a major responsibility throughout the manufactures and as well as owners.This proposed system consists of a QR code and login credentials which ignites the vehicle when the details are valid.GPS system helps to locate the vehicle when any movement or theft has been taken place.Ultrasonic sensors help to detect when the distance varies and give a message to the authorized(owner) person of the vehicle.Hence these project gives effective result in terms of safety application.
KEYWORDS : ESP32S,Ultrasonic Sensor,GPS,MEMS(Sensor),DC Motor,Relay

Paper Title

FOOT-STEP POWER GENERATON SYSTEM

Abstract

Power generation and its use is one of the issues. Now a day’s no. of power sources is present but still we can’t overcome our power needs. Among this human population is one of the resources .In this project we are doing generation of power by walking and running. Power can be generated by walking on the stairs. The generated power will be stored and then we can use it for domestic purpose. This system can be installed at homes, schools, colleges where the people move around the clock. When people walk on the steps or that of platform, power is generated by using weight of person. The control mechanism carries piezoelectric sensor, this mechanical energy applied on the crystal converts into electrical energy. When there is some vibrations, stress or straining force exert by foot on platform. It can be used for charging devices example: - Laptops and Mobiles.
KEYWORDS : Power utilization, Foot Step Power generation, piezoelectric material, Energy utilization.

Paper Title

IMPLEMENTATION OF SMART SHOPPING CART

Abstract

In this project the development of smart trolley and billing system. Here first the RFID reader will read the information and then buzzer give indication. After the trolley door will be opened with the help of door motor. The information is displayed on the LCD for the billing member to give the receipt. Smart Shopping Cart with Automatic Billing System through RFID creates an automated central bill system for supermarkets and mall. Using RFID, customers no need to wait near cash counters for their bill payment. Since their purchased product information is transferred to central billing system. Customers can pay their bill through credit/debit cards or by cash at the end of your purchesing.The8microcontroller used here has the capability of receiving 8-bit data from RFID reader. Hence the project gives effective result.
KEYWORDS : 8051 microcontroller, RFID, LCD, Porteus software and keil software, Door motor, Transmitter, Receiver

Paper Title

REAL TIME AUTOMATION AND MONITORING SYSTEM FOR MODERNIZED AGRICULTURE

Abstract

In this project the development of real time automation and monitoring system for modernized agriculture. The automaticity means that it turns itself on and off depending upon the soil moisture requirement. This automatic behavior of irrigation is achieved using different sensors which sense and tell the user if water is required or not and how much water will be enough for soil so that water wastage is also avoided. Whenever the soil gets dry automatically motor is on and water is supplied to crops. In the same way SMS is send to the corresponding phone number using GSM. Hence this project gives effective result.
KEYWORDS :

Paper Title

TRANSIENT ELECTROMAGNETIC COMPATIBILITY ANALYSIS OF PRESSURE SENSOR- COAXIAL CABLE CONNECTED TO THE CIRCUIT BREAKER

Abstract

The electrical substations are usually are of interconnected with the high voltage protective and controlling devices along with low voltage electronic monitoring devices for the proper operations of the substations. The interconnection of electronic devices like temperature sensor, pressure senor and humidity sensor to the gas insulated switchgear system will be through the low voltage coaxial cable. The genuine measurement of the temperature, pressure and humidity depends on the sensor module and its connected cables to the switchgear system. The electromagnetic interference (EMI) that exists during the switching operation of switchgear system affects the interconnected electronic monitoring system through the low voltage cables. The low voltage coaxial cables are first to receive the transient electromagnetic interference. In this paper Electrical characteristics of transient interference are inspected and simulated based on the analytical model to measure the interference currents and current diffusion impedance during the switching operation of gas insulated switchgear system.
KEYWORDS :