Help please on setting up experiment to test insulation

AI Thread Summary
The discussion focuses on setting up an experiment to evaluate the insulation effectiveness of various sheet materials for wall lining. A digital thermometer will be used to measure temperature changes, with the aim of determining how quickly a room can reach a desired temperature while minimizing heat loss. Suggestions include constructing a small container for each material, applying a constant heat source, and measuring the temperature difference after reaching equilibrium. Consistency in starting temperature and heat application is emphasized for scientific validity. The goal is to identify the best insulator based on the temperature readings.
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I'm going to be reviewing some insulated sheets for lining walls. I want to set up an experiment to rank different types of sheet by their level of insulation.

I intend to use a digital thermometer with a probe (for example http://www.littlebigpet.co.uk/reptiles/komodo-digital-thermometer-p-4207.html?gclid=CMui7vLKobUCFeXJtAodRToAnA)

I have several sheets to compare, each 30x30cm. Their real world application is to insulate a room, so that the temperature reaches the desired level faster, and heat losses are minimised to the exterior.

Any ideas of how to set up a simple experiment that has a degree of scientific validity? Many thanks
 
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Welcome to PF;

There are lots of ways to do this - which one depends on your constraints.
i.e. what is stopping you from building a small container out of each material, heating the interior, and measuring the temperature changes?

It could be better, but unless we know how you are thinking about the problem, we cannot help you.
 
I suppose simplicity is key.

If I apply a constant heat to one side of the material and measure the temperature on the reverse after a set time, the better insulator would have a lower figure. Would this suffice?
 
What stops the heat from going around the material?
You will also need to be sure to start each run at the same temperature and apply the same amount of heat.
 
How rigorous of a test do you need?

I agree with the previous poster though:

1. Build a box.
2. Put the thermometer and a small heat source inside.
3. Measure temperature difference at equilibrium.
 
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I think it's easist first to watch a short vidio clip I find these videos very relaxing to watch .. I got to thinking is this being done in the most efficient way? The sand has to be suspended in the water to move it to the outlet ... The faster the water , the more turbulance and the sand stays suspended, so it seems to me the rule of thumb is the hose be aimed towards the outlet at all times .. Many times the workers hit the sand directly which will greatly reduce the water...

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