NEW SEMINAR TOPICS FOR MECHANICAL ENGINEERING

NEW SEMINAR TOPICS LIST FOR MECHANICAL ENGINEERING:

       This post provides the top 15 high rated seminar topics related to mechanical engineering.This post is created with a thought of providing a new seminar title to enhance your presentation ideas.Some mechanical seminar topics projects are:

       1.    Optimising ultrasonic horns for planetary drilling

       2.   Soft lander simulation and experiment for payload 

       3.   Polymer concrete to enhance the construction 

       4.   Corrosion of Engineering Materials

       5.   Ultrahard materials for planetary drilling

       6.   Design and manufacture of advanced composites

       7.   Desalination Technology

       8.   Design of a plaster vibrator

       9.   Durability of thermal sprayed coatings

      10.  Design and analysis of a dynamically-rigged saddle

      11.  Investigation of weak mechanical coupling between Control of vibration in high speed rotors

      12.  Development of a thermoforming station

      13.  CFD modelling: Unsteady distribution of Chemo drug Suaineadh Web Deployment Mission

      14.  Intake & Exhaust Design for Engine

      15.  A Simulation of the Dynamics of a Small Race Car 6 DOF load cell 

      16.  A thermally compensated camera mount

      17.  Manufacture of advanced composites at Eurocopter

      18.  Failure criteria of GFRP in adhesive joints

      19.  CZM analysis for CFRP/steel adhesive joints

      20.  Scale-model for filament/matrix interface
Hence this post is very useful to enginnering students to decide their seminar titles.For more detail about the project/paper presentation & Seminar in various fields such as Mech,EEE,EIE,Civil and CSE/IT visit our site newprojectideas.

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IEEE 2012 Projects for Mechanical,Electronic & Mechatronix Engineering

Automatic Braking System(ABS) to avoid Collision using Microcontroller & Sensor:

Abstract:

        This project is nominated as a national project 2012 and awarded as best project in Southern region.This project is based on the automatic control of Braking system in automobiles to prevent from the minor/major accidents occurs often in suburbans.Hence this projects is designed with a motto of prohibit the vehicle collision which occurs in suburban traffic.

Components used for this project:

1. Microcontroller kit to control the brake pedal.
2. Mechanical brake setup with brake pedal
3. Sensors to sense the obstacles
4. Solenoid valve to control the brake pedal
5. Sensors embedded on front dashboard.

About Microcontroller:

        A microcontroller  is a small computer on a single integrated circuit containing a processor core, ram memory, and programmable input/output peripherals with I/O configuration  as well as a typically small amount of RAM. Microcontrollers are designed on the basis for embedded applications mostly used in automobiles, in contrast to the microprocessors used in personal computers/Laptops or  other general purpose applications. Hence Controller beats the processors in chip field

About Sensor:

     A sensor is also called as detector which converts that measured  physical quantity into a signal which can be read by an instrument or by an observer. For example, a mercury enclosed -in-glass thermometer converts the measured temperature parameter  into expansion and contraction of a liquid based on the temperature which can be read on a calibrated glass tube and hence the result is obtained from manual thermometer.But in thermocouple converts temperature of the desired location to an output voltage which can be read and displayed by a voltmeter. 

Sensors are used in everyday in various application objects such as touch-sensitive elevator buttons,Escalator  and lamps which dim or brighten by touching the object base. There are also lot of  applications for sensors of which most people are never known about this application. Applications include cars,heavy trucks,home appliances,object finder,industrial areas,machines, aerospace, medicine, manufacturing units and robotics.

About ABS(Autobraking System):

     Automatic braking is a latest technology for automobiles/tranporter to sense an imminent minute collision with another vehicle,animal, person or obstacle or a danger region such as a high speed approach to a stop sign(eg;School areas) and to respond with the anti-braking system by either preliminary charging the brakes or by applying the brakes on various location. Sensors to detect other vehicles or obstacles can include radar, infrared, ultrasonic,ultraviolet or other technologies.

Actual Process:

      Various sensors are embedded in various place of the vehicles.If any sensor detect the obstacles on their way,it sense the object and sends the signal to Micro controller. Microcontroller measures the distance of the obstacles and based on the distance it will control the vehicles.Hence this system is very useful in preventing the vehicles from collision.Once the signal is obtained from the controller the relay circuit is active and it will control the solenoid valve.The solenoid valve is merged with Brake pedal.Hence the action in solenoid valve is proportional to the movement of brake pedal.

Conclusion:

         By using this project we can provide a clear solution to the car manufacturer.Once we applied this project in automobile industry we will reduce the amount of accident occur in the suburbans as well as in remote areas.

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NEW IEEE 2012 AIR MONITORING PROJECT FOR MECHANICAL ENGINEERING

AIR MONITORING SYSTEM TO EXAMINE THE AIR QUALITY:

Abstract:
          The purpose of the Air Monitoring Project was to examine environmental air quality in order to measure the pollutant present in the atmosphere air.The aim of the project is to assess the relationship between the indoor environmental air pollution and the outdoor presence of on-premise smoking areas such as thermal plant areas.The comparison between this indoor and outdoor air quality shows the pollutants and contamination present in the air.By monitoring the air in the atmosphere the following measurable steps are needed to taken to control the air pollution.Hence this test examines which area is with a smoke air and which area air is free from smoke.

Measuring Air quality:
       Cigars,Smoking Cigarettes and pipes are major effective emitters of respiratory system affecting  suspended particles which is very minute less than 2.5 microns in diameter that are easily inhaled or admitted deep into the lungs when the person inhaling the smoking air inside the respiratory system.
     The device used in this system is a real-time laser photometer based on laser working principle with a built-in sampling pump that measures air polluted concentrated ions.

Conclusion:
      By measuring the air quality using air monitoring device we can ensures the amount of pollution present in the air.By contributing the air monitoring techniques we can formulate the table about the polluted air in various location.

By using this test we can promote our universe in following problem:

• Controlling Ozone layer depletion
• Controlling Green house gases
• Reducing respiratory problem
• Make a environment-pollution free

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