HOW FLIES THE ALBATROSS         J. Philip Barnes        PELICAN AERO GROUP

 

 

 

 

 

 

 

Phil@HowFliesTheAlbatross.com

From Newton to Rayleigh: Physics & Non-dimensional Terms Characterizing Orbits & Dynamic-soaring Flight

 

 

 

 

 

 

 

Dynamic Soaring Theory

Energy from an Atmosphere in Motion, 1 of 2

 

 

Dynamic Soaring Simulation (XP)

Vista/Windows 7+: 1st Install Microsoft utility

 

All files are safe   - Phil Barnes

 

Regenerative Electric Flight

Energy from an Atmosphere in Motion, 2 of 2

 

 

 

 

 

 

 

Configuration Aerodynamics

Excerpt: Wright Brothers Study

 

 

 

Principles:Fast & Efficient Electric Flight

Battery, Control, M-G, & Prop   EXCERPT

 

 

Learning From the Birds

Cal Poly Pomona 2014 Outstanding Aero Engr Alum

 

German Jets: History & Aerodynamics

Draft Update for forthcoming AIAA paper

 

 

 

 

 

 

 

 

 

Trigons, Normals, & Quadragons

Computer Graphics Review and Renew

 

 

The Elliptical Wing

In or Out of Ground Effect

 

Peer-reviewed Technical Papers

by J. Philip Barnes

   

   Keplerian Orbits Non-dimensional  Trip to the Moon     AAS

   Math Modeling of Airfoil Geometry & Aero:                   SAE    

   Gear geometry, mesh loss, & windage                       AGMA

   Semi-empirical Lifting Line Aero, 2D & 3D Wings,         SAE          

   Math Modeling of Propeller Geometry & Aero,              SAE   

   How Flies The Albatross: Dynamic Soaring Explained,   SAE  

   Flight Without Fuel: Regen. Elec. Flight Feasibility,       SAE

   Regenerative Electric Flight: Rotor & Motor Synergy,   AIAA

   Aircraft Energy Gain From an Atmosphere in Motion,  AIAA

 

 

Aircraft Practical Parametric Geometry

with EXCEL/VB & Blender/Python, Free Aps