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Description: A closed hydronic system contains a few major components;
in the case of heating the sy...
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0 Replies
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1705
Views
| |
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Description: Considers Z-transfrom application for thermal control.
First we review the basic theory...
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0 Replies
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1171
Views
| |
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Description: Determines the ultimate gain (stability limit) and the
Ziegler-Nichols settings for pro...
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0 Replies
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1487
Views
| |
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Description: Determines the response of room temperature to a step
change in outside temperature for...
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0 Replies
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1126
Views
| |
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Description: Investigates the effect of furnace cycling on room
temperature for a house and determin...
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0 Replies
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1408
Views
| |
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Description: The model employed for cooling load calculations is the
same as the model used for heat...
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0 Replies
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1184
Views
| |
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Description: Considers a detailed model based on the admittance method.
Gives an example for a house...
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0 Replies
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1325
Views
| |
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Description: Considers a zone over a basement where only the floor has
significant thermal capacitan...
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0 Replies
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1389
Views
| |
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Description: Determines the themal comfort level in an office based on
the PMV model.
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0 Replies
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1369
Views
| |
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Description: The problem in determining moist air properties can usually
be reduced to three cases. ...
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0 Replies
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1164
Views
| |
| |
Description: Psychrometry is the study and measurement of the properties
of moist air. Moist air is ...
|
0 Replies
|
1560
Views
| |
| |
Description: Calculates the instantaneous and daily total solar
radiation transmitted through single...
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0 Replies
|
1190
Views
| |
| |
Description: The solar transmittance, reflectance and absorptance of
windows or other transparent bu...
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0 Replies
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1170
Views
| |
| |
Description: Determines the local solar azimuth and altitude at 8:30
Central Time on October 23 at 3...
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0 Replies
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1430
Views
| |
| |
Description: Radiation heat transfer rarely occurs by itself in a
building. It is usually coupled wi...
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0 Replies
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1338
Views
| |
| |
Description: Calculates thermal radiation properties over different
wavelength ranges.
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0 Replies
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1233
Views
| |
|
by
jroth
on
May 03, 2018
12:54 PM
Latest post on
Oct 09, 2013
11:02 AM
by
jroth
4 Replies
2159
Views
|
Hello, I am having issues in getting a subscript of n-1 to work in the
programing of a matrix power ...
|
4 Replies
|
2159
Views
| |
| |
Description: Calculates the view factors in a rectangular room with one
window.
|
0 Replies
|
1296
Views
| |
| |
Description: Gives an example for Infiltration which causes both
sensible and latent heat loss or ga...
|
0 Replies
|
1173
Views
| |
| |
Description: Wind heat transfer coefficients often need to be calculated
for building exterior surfa...
|
0 Replies
|
1329
Views
| |
| |
Description: Calculates the heat transfer coefficients for horizontal
and vertical surfaces.
|
0 Replies
|
1316
Views
| |
| |
Description: Demonstrates the convective heat transfer coefficient
dependent on the cavirty width.
|
0 Replies
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1253
Views
| |
| |
Description: Using the admittance transfer functions described in the
previous section, we now deter...
|
0 Replies
|
1119
Views
| |
| |
Description: Demonstrate two transfer functions: the self-admittance and
the transfer admittance.
|
0 Replies
|
1304
Views
| |
| |
Description: Demonstrates techniques for steady-periodic thermal
analysis of wall heat flow based on...
|
0 Replies
|
1354
Views
| |
| |
Description: In the transient finite difference method, we represent
each wall layer by one or more ...
|
0 Replies
|
1413
Views
| |
| |
Description: Calculates the heat loss through an insulated basement
wall.
|
0 Replies
|
1249
Views
| |
| |
Description: Thermal bridges can be analyzed with a two-dimensional
thermal network to determine hea...
|
0 Replies
|
1369
Views
| |
| |
Description: Determines the change of a wall surface temperature with
time.
|
0 Replies
|
1565
Views
| |
| |
Description: Calculates the temperature at a depth x and time t for a
semi-infinite slab with convec...
|
0 Replies
|
1356
Views
| |
