Hi Christian,
Thanks for the response.The data has been taken from a 5 year study and is from the second year. It repeats identically year on year.
I cannot identify an increase in the temperature of the 10 mm of insulation that directly correlates with the extreme RH drop.
canberra.png
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Search found 4 matches
- Fri Mar 04, 2022 10:22 am -1100
- Forum: General
- Topic: Relative Humidity Stability
- Replies: 3
- Views: 58126
- Thu Mar 03, 2022 8:09 pm -1100
- Forum: Material
- Topic: Suction and Redistribution
- Replies: 2
- Views: 54631
Re: Suction and Redistribution
Thanks Thomas. That's what i understood!
- Thu Mar 03, 2022 8:06 pm -1100
- Forum: General
- Topic: Relative Humidity Stability
- Replies: 3
- Views: 58126
Relative Humidity Stability
Hi there,
I have been undertaking some research in some Australian climates (I don't think this is an Australian context discussion). I occasionally get drastic, seemingly overnight transitions from high RH in the outer 10 mm of the insulation layer to acceptable levels.
The example below is a ...
I have been undertaking some research in some Australian climates (I don't think this is an Australian context discussion). I occasionally get drastic, seemingly overnight transitions from high RH in the outer 10 mm of the insulation layer to acceptable levels.
The example below is a ...
- Wed Feb 23, 2022 8:47 pm -1100
- Forum: Material
- Topic: Suction and Redistribution
- Replies: 2
- Views: 54631
Suction and Redistribution
Hi all,
When selecting a hydrophobic material, such ROCKWOOL Klemmrock 035 (for example), it has liquid transport coefficients (suction and redistribution) of 0 and 0, respectively.
Does this mean that the moisture transport mechanism is effectively turned off as the material is capillary ...
When selecting a hydrophobic material, such ROCKWOOL Klemmrock 035 (for example), it has liquid transport coefficients (suction and redistribution) of 0 and 0, respectively.
Does this mean that the moisture transport mechanism is effectively turned off as the material is capillary ...