![The JAVELIN UA model in XFLR5 following the 3D vortex lattice analysis. | Download Scientific Diagram The JAVELIN UA model in XFLR5 following the 3D vortex lattice analysis. | Download Scientific Diagram](https://www.researchgate.net/profile/Alessandro-Gardi/publication/264240295/figure/fig1/AS:296013307891724@1447586480847/The-JAVELIN-UA-model-in-XFLR5-following-the-3D-vortex-lattice-analysis_Q320.jpg)
The JAVELIN UA model in XFLR5 following the 3D vortex lattice analysis. | Download Scientific Diagram
![aircraft design - I analyzed 2 nearly identical flying wing in XFLR5, how come the one with the thinner tip chord has a higher cD? - Aviation Stack Exchange aircraft design - I analyzed 2 nearly identical flying wing in XFLR5, how come the one with the thinner tip chord has a higher cD? - Aviation Stack Exchange](https://i.stack.imgur.com/y3hiV.png)
aircraft design - I analyzed 2 nearly identical flying wing in XFLR5, how come the one with the thinner tip chord has a higher cD? - Aviation Stack Exchange
![Longitudinal Aircraft Dynamics #1 – using Xflr5 to model the main wing, the horizontal stabilizer and extracting the polynomial trendlines for cl, cd and cm – Excel Unusual Longitudinal Aircraft Dynamics #1 – using Xflr5 to model the main wing, the horizontal stabilizer and extracting the polynomial trendlines for cl, cd and cm – Excel Unusual](https://excelunusual.com/wp-content/uploads/2011/05/Longitudinal_Aircraft_Dynamics_1.jpg)