In order to simulate increasing ambient pressure of a fueled Stirling engine, I am increasing the pressure of both ends of the engine by an equal amount, keeping the temperature differential constant.
How could I increase the cold end by the same amount as the hot end?
I was thinking of using a stove for the hot end and a candle/ice for the cold end (depending on the temperature of the hot end), and I would then cool off the ends to get the desired temperature, checking with a thermometer.
Would this work?
How to increase temperature of two ends of engine equally
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stuffandthings
- Posts: 21
- Joined: Fri Dec 06, 2013 11:52 pm
- Occupation: Student 9th Grade
- Project Question: My project investigates the effect of ambient temperature on the efficiency of a fueled Stirling engine.
- Project Due Date: Approximately February 10, 2014
- Project Status: I am conducting my experiment
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deleted-220204
- Former Expert
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Re: How to increase temperature of two ends of engine equall
Hello,
That sounds like the best idea to increase the temperature of 2 ends of the engine equally. I'm not sure if there are other methods that would be easier or available for you to use, but I will keep you posted if I can come up with any more ideas.
That sounds like the best idea to increase the temperature of 2 ends of the engine equally. I'm not sure if there are other methods that would be easier or available for you to use, but I will keep you posted if I can come up with any more ideas.
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williamcolocho
- Former Expert
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- Joined: Sat Dec 13, 2003 10:02 am
Re: How to increase temperature of two ends of engine equall
Hello,
Running water is another good way to control the temperature of metals. One can use cold water to cool and hot water to heat. Then one can control the flow rate or number of gallons per minute to control the heat/cool rate. If you want to control both ends by the same amount, this can be done by mixing hot/cold water to both water supplies.
A lot of people get burned when cooking, so be careful with the heated ends...
Running water is another good way to control the temperature of metals. One can use cold water to cool and hot water to heat. Then one can control the flow rate or number of gallons per minute to control the heat/cool rate. If you want to control both ends by the same amount, this can be done by mixing hot/cold water to both water supplies.
A lot of people get burned when cooking, so be careful with the heated ends...

