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Friday 17 October 2014
Registrations Open Now
Registration of ASME has been open now. Get Register yourself as soon as possible.
Free membership for 1st Year Student.
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Mr. Ehsaan Afzal
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E-Mail: ASME.UOL@gmail.com
Friday 10 October 2014
Working Principle of Stirling Engine
The Stirling engine may be a engine that\'s immensely totally different from the ICE in your automobile. The Stirling engine has the potential to be far more economical than a fuel or diesel. But today, Stirling engines square measure used solely in some terribly specialised applications, auxiliary power generators for yachts, wherever quiet operation is vital. though there hasn\'t been a booming mass-market application for the Stirling engine, some terribly high-voltage inventors square measure functioning on it.
A Stirling engine uses the Stirling cycle, that is not like the cycles employed in internal-combustion engines.
The gasses used within a Stirling engine ne\'er leave the engine. There aren\'t any exhaust valves that vent aggressive gasses, as in a very fuel or diesel, and there aren\'t any explosions happening. due to this, Stirling engines square measure terribly quiet.
The Stirling cycle uses AN external heat supply, that may well be something from fuel to alternative energy to the warmth made by decaying plants. No combustion takes place within the cylinders of the engine.
There square measure many ways in which to place along a Stirling engine. during this article, we\'ll find out about the Stirling cycle and see however 2 totally different configurations of this engine work.
There ar four components to the Stirling cycle. the 2 pistons within the animation higher than accomplish all of the components of the cycle:
Heat is superimposed to the gas within the heated cylinder (left), inflicting pressure to create. This forces the piston to maneuver down. this can be the a part of the Stirling cycle that will the work.
The left piston moves up whereas the correct piston moves down. This pushes the recent gas into the cooled cylinder, that quickly cools the gas to the temperature of the cooling supply, lowering its pressure. This makes it easier to compress the gas within the next a part of the cycle.
The piston within the cooled cylinder (right) starts to pressurize the gas. Heat generated by this pressurization is removed by the cooling supply.
The right piston moves up whereas the left piston moves to bottom. This will exert a force on the gas and the gas into the heated cylinder, wherever it quickly heats up, building pressure, at that purpose the cycle repeats.
The Stirling engine solely makes power throughout the primary a part of the cycle. There ar 2 main ways in which to extend the ability output of a Stirling cycle:
Increase power output in stage one - partly one in all the cycle, the pressure of the heated gas pushing against the piston performs work. Increasing the pressure throughout this a part of the cycle can increase the ability output of the engine. a way of accelerating the pressure is by increasing the temperature of the gas. once we take a glance at a two-piston Stirling engine later during this article, we\'ll see however a tool referred to as a regenerator will improve the ability output of the engine by quickly storing heat.
Decrease power usage in stage 3 - partly 3 of the cycle, the pistons perform work on the gas, victimisation a number of the ability created partly one. Lowering the pressure throughout this a part of the cycle will decrease the ability used throughout this stage of the cycle (effectively increasing the ability output of the engine). a way to decrease the pressure is to chill the gas to a lower temperature.
This section delineated the best Stirling cycle. Actual operating engines vary the cycle slightly owing to the physical limitations of their style. within the next 2 sections, we\'ll take a glance at some of various varieties of Stirling engines. The displacer-type engine is perhaps the best to grasp, thus we\'ll begin there.
Article Written By:
Imtiaz Ahmad
Student Professional Development Conference 2015
Student Professional Development Conference 2015
On behalf of Najib Metni, Chair - ASME Board on Student Programs, it is our pleasure to invite you, and engineering and technology students to Career and Professional Development focused, 2015 Student Professional Development Conferences (SPDCs) that will be taking place during the spring at the following locations:Where?
Georgia Tech – Atlanta, Georgia, USA
Texas Tech University – Lubbock, Texas, USA
Temple University, Philadelphia, PA, USA
University of Nevada- Las Vegas, NV, USA
Gujarat Technological University, Gujarat, India
Notre Dame University, Beirut, Lebanon
Ghulam Ishaq Khan Institute of Engineering Sciences and Technology, Topi, Pakistan
Ozyegin University, Istanbul, Turkey
Stay tuned for dates and more locations….
ASME SPDC
What Happens at the SPDCs?
Industry Engagement
Open to all engineering and technology student to participate anywhere at any location. Choose the program and location/s you prefer and register. ASME membership is not a requirement for the industry engagement sessions.
All registered engineering and technology students will have an opportunity to engage with, and learn from engineers and managers from a diverse set of industries to improve their understanding of engineering and business practices, challenges, strategic direction and latest innovations. Students interact with diverse group of industry professionals through webinars, round table/panel discussions/seminars etc.
esign and Technical Presentation Competitions
Student Design Competition
ASME Student Design Competition
Student Members of ASME, present their solutions to a range of design problems by designing, constructing and operating a prototype to meet the requirements of an annually determined problem statement and compete to win the following awards at the SPDC:
a. First place winner - $500
b. Second place winner - $300
c. Third place winner - $150
Top two teams from each USA SPDC will receive a team travel subsidy of up to $1, 200 to compete with other finalists from around the world at the ASME 2015 International Mechanical Engineering Congress and Exposition (IMECE) in Houston, Texas in November 2015. One team from each of the SPDCs outside of North America is provided a travel subsidy of up to $1,500 to compete at the finals for the following three awards.
· 1st Place: $3,000 plus $1,000 to the winners’ student section
· 2nd Place: $1,000 plus $500 to the winners’ student section
· 3rd Place: $ 500 plus $250 to the winners’ student section
Old Guard Competitions
Students members of ASME compete to present their technical content organization, delivery and effectiveness skills, respond to questions and compete to win the following awards
1st Place winner - $500
2nd Place winner - $150
3rd Place winner - $100
4th place winner - $50
All Old Guard Oral Competition participants receive as applicable an automatic student membership renewal/ upgrade equivalent to the price of a professional membership for one year. Each First place SPDC Old Guard Oral presentation winner from North America receives a travel subsidy of up to $1, 000. Old Guard Oral Competition winners from outside of North America receive a travel subsidy of $1,500. The first place winners will be invited to compete with other first place winners from around the world at the ASME 2015 International Mechanical Engineering Congress and Exposition (IMECE) in Houston, Texas for the following awards.
· First Place - $2,000
· Second Place - $1,500
· Third Place - $1,000
· Fourth Place - $500
· Fifth Place - $25
· Technical - $50
“ASME competition winners will be eligible to participate in a limited number of self-funded tours of Tesla Motor or SpaceX plants. Details of the tours will be communicated to the winners directly. The tours were gifted to Edison Universe by Elon Musk, CEO of Tesla Motors and SpaceX when he became one of two 2014 Edison Achievement Award Winners. Edison Universe is a non-profit organization whose mission is to foster new innovators.”
We look forward to your school, and your students’ participation at the SPDCs. Please stay tuned for dates, registration and agenda at the SPDCs.
ASME UOL INAUGURATTION
ASME-UOL is going to inaugurate one of the most biggest chapter of the world in the field of Engineering & Technology.
ASME-UOL is the second International Chapter of University of Lahore which will help students in different manners.
Inauguration ceremony will held in New Campus Auditorium.
Starting time :- 2 pm
Ending time :- 5 pm
Official Registration will be start from 16 Oct 2014
Details of registration will be explain to you guys in Inauguration Ceremony.
For More Info
ASME.UOL@GMAIL.COM
Thursday 9 October 2014
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