The document describes materials and components for building a model aircraft, including birch plywood, Styrofoam, carbon fiber tube, aluminum fittings, balsa wood, control horns, and airfoil ribs made of rohacell and kevlar for the trailing edge.
Ch 7. 1 use of copper tube in refrigeration /HVACCharltonInao1
. Air conditioning systems
2. Properties of moist air
3. Moist air processes
4. Space air conditioning
5. Indoor air quality--comfort and health
6. Heat transfer from human body
7. Heat transfer in building envelopes
8. Infiltration heat load and weatherizing
9. Computation of the heating load
10. Heat gain by solar radiation
11. Computation of the cooling load
12. Energy requirements for HVAC systems; building energy audit
13. Fans--performance, selection, and installation
14. Air flow in ducts and fittings
15. Design of duct systems
16. Codes & standards for building energy systems
17. Annual energy consumption
Ch 7. 1 use of copper tube in refrigeration /HVACCharltonInao1
. Air conditioning systems
2. Properties of moist air
3. Moist air processes
4. Space air conditioning
5. Indoor air quality--comfort and health
6. Heat transfer from human body
7. Heat transfer in building envelopes
8. Infiltration heat load and weatherizing
9. Computation of the heating load
10. Heat gain by solar radiation
11. Computation of the cooling load
12. Energy requirements for HVAC systems; building energy audit
13. Fans--performance, selection, and installation
14. Air flow in ducts and fittings
15. Design of duct systems
16. Codes & standards for building energy systems
17. Annual energy consumption
1. 1/32" x 1/4" birch aircraft ply
LE hot wire cut from Styrofoam IB
1" CF tube
Aluminum fittings lashed on with KEVLAR 6mm Styrofoam IB1/64" birch aircraft ply
1/32" ply - 1/8" Balsa sandwich control horn
lashed to spar tube with carbon roving
AIRGLOW FIN RIB AIRFOIL FX76MP-100
Rohacell 50 / Kevlar TE