Aero Calcs

	A	B	D	E	G	H	I	J	K	L	M
1	Input aerodynamic properties / shape in green cells below
2	Input aerodynamic properties / shape in green cells below
3		Car Checks	Front	Rear	Value given	Front	Rear		Lift Values for LUA file, +/- sign is important!
4	1)	Position of passenger cabin? (Front 0, 10 Rear)			7	3.00	3.00		Front		Rear
5	2)	How smooth is the shape in general? (Brick 0 - 10 Egg)	44	56	3	3.00	5.00		-0.0262		-0.0425
6	3)	Flow breaking edges front? (None 0 - 10 Lots)	90	10	1	0.97	1.00
7	4)	Flow breaking edges rear? (None 0 - 10 Lots)	10	90	2	1.00	0.95
8	5)	Diffusor like thing rear? (None 0 - 10 Lots)	0	100	0	0.00	0.00		CD Value for LUA file
9	6)	Splitter like thing front? (None 0 - 10 Lots)	100	0	0	0.00	0.00		Method 1 CD Value Results		Method 2 CD Value Results
10	7)	How high is the car (minus ride height)? [m]	50	50	0.95	0.73	0.73		0.3735		1.0228
11						-2.1368	-3.4663
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14					CD Calculation - Method 1
15					You need the car's year, aspiration type, real CD value, the frontal area and power. Input below, then use results from Cell K8.
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17					Year	Forced Induction? (0 = No, 1 = Yes)	IRL Aero Quality [-15 to +15]	IRL Car Front Area [m²]	IRL Car Cd	IRL Car Power [kW]
18					1947	0	10	1.3120200	0.45	87
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20					CD Calculation - Method 2
21					If you don't have the CD value but the EFFECTIVE frontal area and power. Input below, then use results from Cell M8.
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23					Year	Forced Induction? (0 = No, 1 = Yes)	IRL Aero Quality [-15 to +15]	IRL Car Cd*A [m²]	IRL Frontal Area / Estimate [m²]	IRL Car Power [kW]
24					1947	0	-8	1.8962370	1	500
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26					Frontal Area Estimator
27					IRL Car Height [mm]	1,100
28					IRL Car Width [mm]	1,480
29					IRL ~Ride Height [mm]	115
30					Estimated Frontal Area ~ A [m²]	1.31202
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