Oct 8, 2016
This is the good Electrical project report on "Microprocessor based Automatic Alternator Synchronization" and the scheme introduced here is for the complete automation of synchronization i.e. the adjustment of magnitude of voltage and frequency of incoming alternator is done automatically. This report includes existing methods of synchronization, criteria of design, hardware details, program structure, flowchart, etc. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
The above picture shows the block diagram of microprocessor based alternator synchronization, which shows a 8085 microprocessor connected with frequency divider circuit, ADC, zero crossing detector, etc.
It is widely known that electrical load on a energy system or an commercial established order, is never constant but it varies. To satisfy the requirement of variable load, economically and also for assuring continuity of supply the wide variety of generating devices connected to a system busbar are various certainly.
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The connection of an incoming alternator to device bus, ie; synchronization requires success of the situation like the same phase collection equality of voltages and frequency among the incoming system and frequency between the in coming gadget and busbar. For you to order to triumph over the nine technical drawbacks of the conventional synchronization strategies we can introduce a microprocessor based system.
This paper describes a microprocessor based set up for synchronizing a three phase alternator to a busbar. Also existing methods of synchronization are mentioned.
The auto synchronizer has been evolved to carry out the subsequent responsibilities associated with the synchronization consisting of
i) To check if the phase series of incoming system is correct or in any other case, in case of wrong segment series, to terminate the further steps inside the system and additionally to signify corrective action.
ii) To check if frequency of incoming machine is same to that of busbar and to modify it to a price nearly equal to the busbar frequency.
iii) To check device voltage is equal to that of busbar and to modify it to a cost almost equal to the busbar voltage.
iv) After ascertaining the achievement of the above circumstance, to offer last sign to the circuit breaker in order that the breaker will close the exact in phase immediately.
Also, the auto synchronizer has been made so that the alternator is started with in minimum voltage and minimum frequency conditions. You can use this project report for your study and reference.
Sep 23, 2016
Online Tutoring System or intelligent tutoring system (ITS) is a very intelligent tutoring system which is a PHP project and can be used a major project by the students. It is computer program that provides direct customized instruction or feedback to students, i.e. without the intervention of human beings, whilst performing a task. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
Intelligent tutoring system (ITS) implements the theory of learning by doing. An ITS may employ a range of different technologies. However, usually such systems are more narrowly conceived of as artificial intelligence systems, more specifically expert systems made to simulate aspects of a human tutor. Intelligent Tutor Systems have been around since the late 1970s, but increased in popularity in the 1990s.
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Intelligent tutoring systems has 4 different sub-systems or modules: the interface module, the expert module, the student module, and the tutor module.
The interface module provides the means for the student to interact with the ITS, usually through a GUI and sometimes through a rich simulation of the task domain the student is learning (e.g., controlling a power plant or performing a medical operation).
There are step by step installation instructions from the author, so you won't have any issue on running this program. Do read the instructions. Use this project only for your reference purpose and all credit goes to author of the project.
Aug 29, 2016
This is MBA finance project report on "analysis of Cement Sector as an investment avenue for India Infoline Securities" and was done in partial fulfillment of the requirements of the two-year full-time PGPM program. This project is an attempt to understand the basics of stock market. A project which will make student well versed with the market happenings ups & downs in the stock market, daily analysis-fundamental & a little bit of technical. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
The following project is a study of the Indian Stock Market & an investment opportunity in the cement sector in India. The capital market (securities markets) is the market for securities, where companies and the government can raise long-term funds. The capital market includes the stock market and the bond market. A stock market is a market for the trading of company stock, and derivatives of same; both of these are securities listed on a stock exchange as well as those only traded privately.
The objective of this internship is as follows:
1. Understanding the various activities in an E- Broking firm.
2. To get acquainted with all the workings of online trading.
3. To gain practical knowledge in share trading
4. To analyze the financial market & the share movements in order to study the prospects of investing in a particular stock or sector.
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The aim of the project is to understand the overall equity market, to get to know the trading, clearing & settlement aspect of the equity market. As far as this project is concerned, it will help us to understand the overall working of the equity market & its importance to the economy of the India.
The report also tells about impact of buyers of cement industry on Ambuja cements, evaluating the cement industry –porter’s model, strategy in acquiring new customers etc. You can use this report for your study and reference.
Author:- Nutan Kirad
Aug 16, 2016
This is a good Mechanical summer training report on "Turbine Blade Manufacturing", which was performed at Bharat Heavy Electrical's Limited Ranipur, Haridwar. The report will focus on introduction, company profile, training department, layout of block-2, work undergone & experience and conclusion. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such Projects and Seminar.
The present scenario of BHEL consists of 11 manufacturing units, 9 service centers, 4 power sector regional center, about 350 large consumers (in India ) and many countries also. The companies inherent potential coupled with its strong performance make this one of the “NAVRATNAS”, which are supported by the government in their endeavor to become future global players.
The training, was specified under the Heavy Fabrication Department. Working under the heavy fabrication department the basic drilling, scaling and machining was shown on heavy to medium duty lathes along with different types of welding planted in the same line where the specified work was undertaken.
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During this summer training information was given about machinery and processes. Some of them were like plasma cutting, NDT testing, Hydraulic presses, turning, gas cutting etc. Use this Summer training for your reference and study only.
Author:- Sulabh Bisht
Jul 24, 2016
This is Computer Science engineering project on "SRMS OS", which is the Linux based operating system and is based on Ubuntu 12.04 LTS. Linux is basically a kernel around which applications are added and form an operating system. Like every other OS, Linux OS helps applications and operator to interact with the devices on the computer and perform the desired functions. While other operating systems like Windows and Mac OS cost a lot of money and full of proprietary documents, Linux is open source which means that the user is free to modify the code and also redistribute it under the GPL. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
As an operating system, it is the piece of code that is loaded into the memory of computer on boot up and then manages the resources available, providing for the needs of users and applications.
This OS is customize and many packages were included because packages reduce the users effort. This operating system is customized according to engineering branch like (CSE, IT, EE, ME, EC, and MCA). Because in CS branch netbeans and other programming platform are required, so we have in-build different - different applications according to needs of the branches.
It is virus free so there is no need to antivirus. And it is also made for low performance and high performance according to of the user. There is only one drawback that is not good for heavy loaded program.
The primary goal of this project is to create an operating system for college. A kind of OS which is free, easy to use and learn, and also has a good interface because we all like to love what we work and it is a fact that a normal user can never get accustomed with a dull looking screen. And therefore, we have customized our OS in such a way that it looks as good as it can.
This report includes, difference between Linux vs. Windows 7, Linux distro popularity curve, list of Linux basic commands, advantages of using Linux over Windows, etc. It also include complete coding for this project.
Author:- Umesh Kumar Kushwah, Ravi Kumar Kesharwani, Suryank Sajwan, Shantanu Singh Chandel
Jul 9, 2016
A Tire Pressure Monitoring System (TPMS) is generally an electronic system intended to monitor the air pressure inside all the pneumatic tires on automobiles, Aero plane undercarriages, straddle-lift carriers, forklifts and other vehicles. The system is also sometimes called as a Tire Pressure Indication System (TPIS). Such type of devices tell real time tire pressure information to the driver of the vehicle - either via a gauge, a display, or a simple low pressure warning light. Furthermore, the plan will urge the implementation of safety. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
The block diagram shown above consists of 3 main parts viz. Sensor unit, Micro-controller unit and Battery.
The pressure sensor resistor is varying depends upon the alcohol contents of the air. This will be mostly linear to the alcohol. During the normal condition the resistance of sensor shoots up to Meg ohm ranges.
In normal condition, the Resistance of the Sensor is high. The voltages applied to the non-inverting terminal (+ ive) is low when compared to the inverting terminal voltages (- ive). In that time, the OP-AMP output is –Vsat. (I.e -12 Volt). There is no signal given to the microcontroller unit.
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In low pressure condition, the Resistance of the sensor is low due to intensity of the light or fire. The voltages applied to the non-inverting terminal (+ ive) is high when compared to the inverting terminal voltages (- ive). In that time, the OP-AMP output is +Vsat. (I.e +12 Volt). The transistor and in “ON” condition and this signal is given to the microcontroller unit.
Working Principle of Tire Pressure Monitoring System (TPMS)
The pressure sensor feel the pressure contents of the tubes of the air. This sensing signal is given to the microcontroller unit. When there are in required pressure level, there is no signal given to the microcontroller unit.
In this project, 12 volt battery power supply is used. The power supply output is given to the control unit. Control unit having three relays, they are connected to the alarm unit. Initially the reference voltage is set with the help of the variable resistance. The air pressure contents is sensed by the sensor and this control signal is given to the microcontroller unit.
Use this mechanical engineering project for your reference and study work. This project report also contains micro-controller programming.
Jul 2, 2016
This is a Civil engineering project on design of R.C.C. over head tank. Storage reservoirs and overhead tank are used to store water, liquid petroleum, petroleum products and similar liquids. The force analysis of the reservoirs or tanks is about the same irrespective of the chemical nature of the product. All tanks are made as crack free structures to remove any leakage. This project gives in brief, the theory behind the design of liquid retaining structure (Elevated circular water tank with domed roof and conical base) using working stress method. Elements are design in limit state method. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
Water tanks are categorized under three heads, viz. 1. Tanks resting on ground, 2. Elevated tanks supported on stagging & 3. underground tanks. They can also be classified as per their shapes.
In water retaining structure a dense impermeable concrete is required therefore,proportion of fine and course aggregates to cement should besuch as to give high quality concrete. Concrete mix weaker than M20 is not used. The minimum quantity of cement in the concrete mix shall be not less than 30 kN/m3. The design of the concrete mix shall be such that the resultant concrete issue efficiently impervious. Efficient compaction preferably by vibration is essential.
Design of liquid retaining structure is different from ordinary R.C.C, structures as it requires that concrete should not crack and hence tensile stresses in concrete should be within permissible limits. A reinforced concrete member of liquid retaining structure is designed on the usual principles ignoring tensile resistance of concrete in bending.
Objective of this study are to make a study about the analysis and design of water tanks, to make a study about the guidelines for the design of liquid retaining structure according to IS Code, to know about the design philosophy for the safe and economical design of water tank, etc. Use it for your reference and study only.
Author:- G.Hemalatha and J.Tejaswi
Jun 12, 2016
The proposed Civil engineering project on "Net zero residential building" is located at Urapakkam. The NZERB has G+1 floor. The aggregate area surface covered by the Net zero energy residential building is 99 square meters. coCnfiguration should be accomplished for the proposed NZERB using Indian standard codes. There are three main phases in a construction project which are planning, designing and estimation. The first stage in a project is planning, in which preparation of layout of plot has to be done. To conclude the project a detailed estimate of the residential building has also been prepared. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
With the increasing development in the country day by day need of "net zero energy residential building" has also increased. Adopting such building formation can save energy consumption locally and as well as on global scale and we also get huge amount of saving on our electricity bill. The proper design and alignment of the building can make the building cheaper than that of the conventional type of buildings. Usage of hollow bricks and avoidance of columns and beams will result in lowering of temperature inside the building.
Recommended Project: Planning and Design of Net Zero Energy Residential Building
Objective of this project
1. Design a building with Net zero energy concept.
2. To eliminate the necessity of active energy loads on the building.
3. Comparing the net zero energy building with conventional building.
Designing concept of Net zero energy building depends upon many factors. Net-zero energy buildings start with energy-conscious design. A zero-energy residential building is a building with zero net energy consumption. A net-zero energy (NZE) building is one that relies on renewable sources to produce as much energy as it uses, usually as measured over the course of a year.
To eliminate the necessity of active energy loads on the building solar panels are used. Solar panels is one of the technologies used to achieve net-zero status. To eliminate the necessity of active energy loads solar techniques are used which include the use of photovoltaic panels and solar thermal collectors to harness the energy.
The ground floor of the building consist of one hall, two bedrooms, one dinning, one kitchen. The allocations of the rooms in the plan has been done with due consideration of sun diagram as per the requirement of zero energy building. The plan has been prepared using Auto CAD software.
The future scope of such residential building can be extended to designing the "Net Zero Energy Residential Building" which produces its own electricity, thus we can save a huge amount in electricity bill. Use this Civil project report for your reference and study only.
Author:- Karthik.V, Sasidhar Reddy.K.V, Neeraj Porwal, Abhinav. N
Jun 9, 2016
This is a good Chemical Engineering project report on "solar distill water as a feed stock to industrial boilers". Distillation is one of many processes that can be used for water purification. This requires an energy input, as heat, solar radiation can be the source of energy. In this process, water is evaporated, thus separating water vapour from dissolved matter, which is condensed as pure water. This report includes objective of efficient solar and its designing. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such Projects and Seminar.
For individuals worried about the nature of their municipally-supplied drinking water and troubled with different techniques for extra sanitization accessible to them, solar distillation of tap water or saline groundwater can be a lovely, vitality effective choice. This water can be utilized for some reasons. One of it's industrial application is, "Distilled water is utilized as a food stock for Industrial Boilers".
Above figure demonstrates a single-basin still. The principle components of operation are the same for all sunlight based stills. The episode sun powered radiation is transmitted through the glass cover and is retained as warmth by a dark surface in contact with the water to be refined. The water is hence warmed and emits water vapor. The vapor gathers on the glass spread, which is at a lower temperature since it is in contact with the surrounding air, and keeps running down into a canal from where it is bolstered to a capacity tank.
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This report also gives information about softener design, makeup water, water softeners, boiler and there types. Use this report for your reference and study work.
Author:- Adabla Kumar Sanjay, B.Vamsi, M.Srikanthjackie
May 24, 2016
This is M.Tech project which aims at developing a novel method to estimate the SoC and remaining run time of a rechargeable battery which overcomes the drawbacks of existing methods. The proposed method is based on renowned Coulomb Counting technique. The proposed method predicts the SoC by Coulomb Counting method and corrects it using PI controller by employing a closed loop to estimate actual SoC. The proposed method is simple and easy to implement. The SoC as well as remaining run time are estimated accurately. You can also subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
Battery is the most broadly used energy storage gadget. Since its creation, it has turned into a typical force hotspot for different family unit, business and mechanical applications. Regardless of its steadily expanding significance, numerous difficulties stay unsolved to portray and deal with the battery. Among them, one central issue is the estimation of condition of charge (SoC).
SoC, communicated in rate, alludes to the measure of limit accessible in a battery. SoC is basic for displaying and overseeing batteries. On the off chance that SoC is 100%, mirrors a full battery and if SoC is 0%, mirrors a void battery.
Data on SoC can be utilized to control charging and releasing procedure of the batteries. A decent SoC estimation offers numerous focal points, for example, longer battery life, better battery execution and expanded dependability of battery pack. There are a few techniques for deciding SoC.
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The proposed technique predicts the SoC by Coulomb Counting strategy and amends it utilizing PI controller by utilizing a shut circle to appraise genuine SoC. The proposed technique is straightforward and simple to execute. The SoC and in addition remaining runtime are assessed precisely.
In light of the new technique, a model is created utilizing MATLAB/SIMULINK. The code comparing to create model is dumped in an objective PC and is keep running continuously for online estimation of SoC. The required parameters, for example, voltage and current at the battery terminals are gained by target PC and SoC is assessed. Evaluated SoC and remaining runtime are utilized for control the charging and releasing procedure of the battery. An equipment test seat is produced for obtaining voltage and ebb and flow at the battery terminals for online estimation of SoC.
This project on "SoC Estimation of Rechargeable Batteries" can be easily referred by many engineering branch students like Power, Electrical, Electronics, etc. Use this report for your reference and study purpose only.
Author:- Jeevan Reddy N
May 16, 2016
This is a final year Electrical project on "manufacturing and design of insulation system for air cooled turbo generator by V.P.I process". In this project we have made a detailed study of the Vacuum Pressure Impregnation system of insulation. This system is employed by BHEL first in the country and second in the world next to Germany. This type is preferred as it is highly reliable and possesses good mechanical, thermal properties and di-electric strength. As the quantity of resin used is less, hence the over all cost of insulation is reduced. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
In this project, author has given detail study of only stator, rotor and the insulation system used for it. The parts excitation system, cooling system and bearings are external to the generator and are treated as a completed one and are out of scope of our record. Use this project for your reference and study only.
Author:- G.Venkatesh Babu, M.K.Chaitanya Sarma, M.V.Satya Teja, L.Praneeth Chaitanya
May 8, 2016
This is a Civil engineering project, which involves the "Planning, Analysis and Design of a Natural Cooling Tower". The entire design includes slab design, beam design, column design, and footing design. Estimations are made manually and using software packages. The various structural elements are made using IS 456:2000. The concrete mix used for slabs, beams and footings are of M25 and the steel used for all members are high yield strength deformed bars of grade Fe415. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
This project aim to design a simple and effective Natural Cooling Tower plan which is designed similar to the pyramid structure with slight modification to increase its efficiency instead of normal Sand-Clock like structure which involves tough calculations and tedious rafter column designs.
The aggregate range of Cooling tower is 662 m2 with three compartments which are utilized for cooling the hot water supplied to it. The principal base compartment comprises of filler material above which steel grill is set to hold the dissemination channel with sprinklers which conveys the boiling hot water and sprinkles it.
The Second compartment which is over the main compartment will have a major section with opening at the inside which joins and diminishes the range of vapor achieving the top. Clearly, the vapor begins to consolidate progressively and achieves the gathering chamber at the base.
Also, the third, highest compartment comprises of unfilled space which has a substantial opening at the inside than at the Second compartment which permits the remaining vapor that turns out in the wake of consolidating at second compartment to achieve the top broadly.
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The main objectives of this project are
1. To create a new design in cooling tower construction instead of conventional structures which are tedious to built.
2. To prepare an economical and effective design using Pyramid like structure.
3. To make use of atmospheric air for natural cooling instead of electric fan.
4. To prepare simple design instead of complicated design (to avoid designing of Rafter Column as like in normal cooling tower).
In Natural Cooling Tower project, each and every part is designed by considering the safety point of view and economically. This project gives us a good practice for designing of our future projects. Use this report for your reference and study purpose.
Author:- S. Ramanan, G. Swathy, J. Arunachalam