ICF Performance Calculator Software :: Insulated Concrete Form Design Software

ICF Performance Calculator - Borst Engineering & Construction LLC

Indoor Temp Profile at 00:00 (Deg F)
Indoor Temp Profile at 02:00 (Deg F)
Indoor Temp Profile at 04:00 (Deg F)
Indoor Temp Profile at 06:00 (Deg F)
Indoor Temp Profile at 08:00 (Deg F)
Indoor Temp Profile at 10:00 (Deg F)
Indoor Temp Profile at 12:00 (Deg F)
Indoor Temp Profile at 14:00 (Deg F)
Indoor Temp Profile at 16:00 (Deg F)
Indoor Temp Profile at 18:00 (Deg F)
Indoor Temp Profile at 20:00 (Deg F)
Indoor Temp Profile at 22:00 (Deg F)
Outdoor Temp Profile at 00:00 (Deg F)
Outdoor Temp Profile at 02:00 (Deg F)
Outdoor Temp Profile at 04:00 (Deg F)
Outdoor Temp Profile at 06:00 (Deg F)
Outdoor Temp Profile at 08:00 (Deg F)
Outdoor Temp Profile at 10:00 (Deg F)
Outdoor Temp Profile at 12:00 (Deg F)
Outdoor Temp Profile at 14:00 (Deg F)
Outdoor Temp Profile at 16:00 (Deg F)
Outdoor Temp Profile at 18:00 (Deg F)
Outdoor Temp Profile at 20:00 (Deg F)
Outdoor Temp Profile at 22:00 (Deg F)
Interior Insulation Thickness (Inches, 2.5 is typical/default)
Interior Insulation R-value per Inch (Deg F-H-SF/BTU-IN, 4.5 is typical/default)
Exterior Insulation Thickness (Inches, 2.5 is typical/default)
Exterior Insulation R-value per Inch (Deg F-H-SF/BTU-IN, 4.5 is typical/default)
Concrete Thickness (Inches, 6 is typical/default)
Concrete R-value per Inch (Deg F-H-SF/BTU-IN, 0.1 is typical/default)
Concrete Density (PCF, 150 is typical/default)
Concrete Specific Heat Capacity (BTU/Deg F-Lb, 0.18 is typical/default)
Concrete Initial Temp at 00:00 (Deg F, always leave blank or see instructions)


Conventional R-value (Deg F-H-SF/BTU)
Thermal Mass Effective R-value (Deg F-H-SF/BTU)
Total Conventional Heat Flow (BTU/D-SF, Neg is loss)
Total Thermal Mass Heat Flow (BTU/D-SF, Neg is loss)
Minimum Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
Maximum Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
Minimum Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
Maximum Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
Time Minimum Conventional Heat Flow Rate Occurs
Time Maximum Conventional Heat Flow Rate Occurs
Time Minimum Thermal Mass Heat Flow Rate Occurs
Time Maximum Thermal Mass Heat Flow Rate Occurs
Minimum Indoor Temp (Deg F)
Maximum Indoor Temp (Deg F)
Minimum Thermal Mass Temp (Deg F)
Maximum Thermal Mass Temp (Deg F)
Minimum Outdoor Temp (Deg F)
Maximum Outdoor Temp (Deg F)
Time Minimum Indoor Temp Occurs
Time Maximum Indoor Temp (Deg F) Occurs
Time Minimum Thermal Mass Temp Occurs
Time Maximum Thermal Mass Temp (Deg F) Occurs
Time Minimum Outdoor Temp Occurs
Time Maximum Outdoor Temp (Deg F) Occurs
00:00 - Indoor Temp (Deg F)
00:00 - Thermal Mass Temp (Deg F)
00:00 - Outdoor Temp (Deg F)
00:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
00:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
00:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
01:00 - Indoor Temp (Deg F)
01:00 - Thermal Mass Temp (Deg F)
01:00 - Outdoor Temp (Deg F)
01:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
01:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
01:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
02:00 - Indoor Temp (Deg F)
02:00 - Thermal Mass Temp (Deg F)
02:00 - Outdoor Temp (Deg F)
02:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
02:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
02:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
03:00 - Indoor Temp (Deg F)
03:00 - Thermal Mass Temp (Deg F)
03:00 - Outdoor Temp (Deg F)
03:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
03:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
03:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
04:00 - Indoor Temp (Deg F)
04:00 - Thermal Mass Temp (Deg F)
04:00 - Outdoor Temp (Deg F)
04:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
04:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
04:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
05:00 - Indoor Temp (Deg F)
05:00 - Thermal Mass Temp (Deg F)
05:00 - Outdoor Temp (Deg F)
05:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
05:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
05:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
06:00 - Indoor Temp (Deg F)
06:00 - Thermal Mass Temp (Deg F)
06:00 - Outdoor Temp (Deg F)
06:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
06:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
06:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
07:00 - Indoor Temp (Deg F)
07:00 - Thermal Mass Temp (Deg F)
07:00 - Outdoor Temp (Deg F)
07:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
07:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
07:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
08:00 - Indoor Temp (Deg F)
08:00 - Thermal Mass Temp (Deg F)
08:00 - Outdoor Temp (Deg F)
08:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
08:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
08:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
09:00 - Indoor Temp (Deg F)
09:00 - Thermal Mass Temp (Deg F)
09:00 - Outdoor Temp (Deg F)
09:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
09:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
09:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
10:00 - Indoor Temp (Deg F)
10:00 - Thermal Mass Temp (Deg F)
10:00 - Outdoor Temp (Deg F)
10:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
10:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
10:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
11:00 - Indoor Temp (Deg F)
11:00 - Thermal Mass Temp (Deg F)
11:00 - Outdoor Temp (Deg F)
11:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
11:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
11:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
12:00 - Indoor Temp (Deg F)
12:00 - Thermal Mass Temp (Deg F)
12:00 - Outdoor Temp (Deg F)
12:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
12:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
12:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
13:00 - Indoor Temp (Deg F)
13:00 - Thermal Mass Temp (Deg F)
13:00 - Outdoor Temp (Deg F)
13:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
13:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
13:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
14:00 - Indoor Temp (Deg F)
14:00 - Thermal Mass Temp (Deg F)
14:00 - Outdoor Temp (Deg F)
14:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
14:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
14:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
15:00 - Indoor Temp (Deg F)
15:00 - Thermal Mass Temp (Deg F)
15:00 - Outdoor Temp (Deg F)
15:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
15:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
15:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
16:00 - Indoor Temp (Deg F)
16:00 - Thermal Mass Temp (Deg F)
16:00 - Outdoor Temp (Deg F)
16:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
16:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
16:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
17:00 - Indoor Temp (Deg F)
17:00 - Thermal Mass Temp (Deg F)
17:00 - Outdoor Temp (Deg F)
17:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
17:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
17:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
18:00 - Indoor Temp (Deg F)
18:00 - Thermal Mass Temp (Deg F)
18:00 - Outdoor Temp (Deg F)
18:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
18:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
18:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
19:00 - Indoor Temp (Deg F)
19:00 - Thermal Mass Temp (Deg F)
19:00 - Outdoor Temp (Deg F)
19:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
19:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
19:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
20:00 - Indoor Temp (Deg F)
20:00 - Thermal Mass Temp (Deg F)
20:00 - Outdoor Temp (Deg F)
20:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
20:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
20:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
21:00 - Indoor Temp (Deg F)
21:00 - Thermal Mass Temp (Deg F)
21:00 - Outdoor Temp (Deg F)
21:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
21:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
21:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
22:00 - Indoor Temp (Deg F)
22:00 - Thermal Mass Temp (Deg F)
22:00 - Outdoor Temp (Deg F)
22:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
22:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
22:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)
23:00 - Indoor Temp (Deg F)
23:00 - Thermal Mass Temp (Deg F)
23:00 - Outdoor Temp (Deg F)
23:00 - Conventional Heat Flow Rate (BTU/H-SF, Neg is loss)
23:00 - Thermal Mass Heat Flow Rate (BTU/H-SF, Neg is loss)
23:00 - Thermal Mass Effective R-value (Deg F-H-SF/BTU)

Borst Engineering & Construction LLC