>>Okay, lesse. Since I know the temp. in the space, I can approximate my saturation vapor pressure (Temp>0 and constant).
>>Do you know by how much?
Then since I know the RH in the space and now know the saturation vapor pressure I can get the unsaturated vapor pressure in the space. But...
>>Anyone know the formula for this? Haven't been able to find one on the net that works out when you run the numbers through a psychrometric chart. Any help appreciated!
>>Just in case anyone's interested, I found some info on work being done by TASFM as Rice University on this subject. Apparently Fluid Dynamics governs inflation, which hadn't occurred to me.
TASFM
>>Here's one on a study of the old round parachute design...
>>I'm trying to create a design for an improved, non-hesitationg pilot-chute, but going back through all my old textbooks I cannot find anything about the physics of inflation (which I understand are complex and chaotic). The only reference materials I've been able to find is a book called...