These are the supplementary files to accompany
"Mixed Convection From an Isothermal Rough Plate"
by Aubrey Jaffer and Martin Jaffer.
https://arxiv.org/abs/2401.09469
http://people.csail.mit.edu/jaffer/convect/blend.pdf

These measurements were taken on the apparatus described in
Appendix C.

The first page of each supplementary file has graphs of the total
convection from each run along with their expected measurement
uncertainties.

In the temperature versus time graphs in the supplementary files, the
green, blue, and black traces are the plate, (insulated) back, and
ambient temperatures respectively.  The upper red trace is a
simulation of the plate temperature with the back and average ambient
temperatures as inputs.  The middle red trace is a simulation of the
back temperature with the plate and ambient temperatures as inputs.
The lower red line is the ambient temperature averaged over the
measurement period.

The diamonds on the plate temperature trace mark the beginning and end
of the measurement period, the ending temperature difference with
ambient being at most half of the peak temperature difference with
ambient.

Underneath each temperature graph is a graph of the air velocity
versus time for mixed convection runs and Rayleigh number versus time
for natural convection runs.

README.txt		This file.
natural.pdf		Natural convection at a dozen Rayleigh numbers
			in vertical and horizontal orientations.
angles.pdf		Natural convection at plate angles from -90 to +90

	Mixed Convection

3mm/mixed-up.pdf	3mm roughness face up; horizontal forced flow
1mm/mixed-up.pdf	1mm roughness face up; horizontal forced flow

3mm/mixed-aid.pdf	3mm roughness face vertical; upward forced flow
1mm/mixed-aid.pdf	1mm roughness face vertical; upward forced flow

3mm/mixed-vt.pdf	3mm roughness face vertical; horizontal forced flow
1mm/mixed-vt.pdf	1mm roughness face vertical; horizontal forced flow

3mm/mixed-opp.pdf	3mm roughness face vertical; downward forced flow
1mm/mixed-opp.pdf	1mm roughness face vertical; downward forced flow

3mm/mixed-dn.pdf	3mm roughness face down; horizontal forced flow
1mm/mixed-dn.pdf	1mm roughness face down; horizontal forced flow

1mm/mixed-aid+82.pdf	1mm roughness face down inclined aiding +82 degrees
1mm/mixed-opp+82.pdf	1mm roughness face down inclined opposing +82 degrees
