bethluxmoore
Aerospace
- Mar 18, 2008
- 5
Hey,
I've been trying to use weissinger's seven point theory as a robust way to predict the lift distribution over a swept wing, only problem is I can't seem to calculate the influence coefficients.
The equation i've got is (in matrix notation):
{angle of attack} = [influence coefficients]*{G}
where the values within the column vectors {G} and {angle of attack} are found from the wing geometry at different points on the wing. I need to calculate the influence coefficients but I can't see any way to do this, does anyone who's a bit more familiar with the theory know how to do this?
I've attached a copy of the paper i'm using to go through the theory, if this helps.
Thanks in advance,
Kieran
I've been trying to use weissinger's seven point theory as a robust way to predict the lift distribution over a swept wing, only problem is I can't seem to calculate the influence coefficients.
The equation i've got is (in matrix notation):
{angle of attack} = [influence coefficients]*{G}
where the values within the column vectors {G} and {angle of attack} are found from the wing geometry at different points on the wing. I need to calculate the influence coefficients but I can't see any way to do this, does anyone who's a bit more familiar with the theory know how to do this?
I've attached a copy of the paper i'm using to go through the theory, if this helps.
Thanks in advance,
Kieran