Thermal conductivity of the wetsuit

AI Thread Summary
To estimate heat loss from a person in a 3mm wetsuit immersed in 10ºC water, the thermal conductivity (k) of the wetsuit material is essential. The formula for calculating power loss is k * area * temperature difference / thickness, with an estimated body area of 2m². Wetsuits are typically made of Neoprene, which has a thermal conductivity range of 0.15-0.45 W/m*k. This information can be found on various physics resources online. Accurate calculations will help determine the heat loss effectively.
jero971
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hi,


I would appreciate any help i could get on this, thanks.


I've to estimate the heat loss from a person, immersed in water at 10ºC if he is wearing a 3mm wetsuit

did anyone know how to process?


thanks a lot



jerem
 
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look up the thermal conductivity (k) of the suit material (W/mk)
Then power = k * area * temperture difference /thickness

You normally estimate the area of a body as 2m^2
 
thanks

but where can i find the wetsuit conductivity (clothing for watersport)?
 
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jero971 said:
thanks

but where can i find the wetsuit conductivity (clothing for watersport)?

Diving suits are usually made of Neoprane, according to the site below the thermal conductivity is: 0.15-0.45 W/m*k.
http://hypertextbook.com/physics/thermal/conduction/
 
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