F- 104 wing structure design using fea William VonHagen (AE, Class of 2009) Dan Galbraith (AE, Class of 2009) lockheed F- 104 starfighter in flight (Only tip tanks are attached) Finite element model of the F- 104 starfighterwing showing final materials, thicknesses, and root constraints Static von Mises stress contour in the Aluminum 7075 components at 8g wing loading Static von Mises stress contour in the Titanium components at 8g wing loading Stress contour of starboard wing at 8g wing load isometric view Stress contour of starboard wing at 8g wing load top view Stress contour of starboard wing at 8g wing load bottom view Mode #1 of the tip + mid-span tanks configuration ( Hz, pylon mount bending) Mode #3 of the tip + mid-span tanks configuration ( Hz, wing torsion) Mode #2 of the mid-span tank configuration ( Hz, pylon mount twisting) Mode #3 of the mid-span tank configuration ( Hz, wing torsion + tank deformation) Mode #1 of the no tanks configuration ( Hz, wing cantilever mode) Mode #3 of the no tanks configuration ( Hz, wing torsion)
F-104 Wing Structure Design Using FEA . William VonHagen (AE, Class of 2009) Dan Galbraith (AE, Class of 2009) Lockheed F-104 Starfighter in flight (Only tip tanks are attached) Finite element model of the F-104 Starfighter wing showing final materials, thicknesses, and root constraints .
Transcription of F-104 Wing Structure Design Using FEA - Yijun Liu
1 F- 104 wing structure design using fea William VonHagen (AE, Class of 2009) Dan Galbraith (AE, Class of 2009) lockheed F- 104 starfighter in flight (Only tip tanks are attached) Finite element model of the F- 104 starfighterwing showing final materials, thicknesses, and root constraints Static von Mises stress contour in the Aluminum 7075 components at 8g wing loading Static von Mises stress contour in the Titanium components at 8g wing loading Stress contour of starboard wing at 8g wing load isometric view Stress contour of starboard wing at 8g wing load top view Stress contour of starboard wing at 8g wing load bottom view Mode #1 of the tip + mid-span tanks configuration ( Hz, pylon mount bending) Mode #3 of the tip + mid-span tanks configuration ( Hz, wing torsion) Mode #2 of the mid-span tank configuration ( Hz, pylon mount twisting) Mode #3 of the mid-span tank configuration ( Hz, wing torsion + tank deformation) Mode #1 of the no tanks configuration ( Hz, wing cantilever mode) Mode #3 of the no tanks configuration ( Hz, wing torsion)
The Boundary Element Method (BEM) n. n. n • Boundary element method applies surface elements on the boundary of a 3-D domain and line elements on the boundary of a 2- D domain. The number of elements is O(n2) as compared to O(n3) in other domain based methods (n = number of elements needed per dimension ).
F-104G STARFIGHTER ® The F-104, a supersonic interceptor, was developed by the Lockheed Skunk Works based on input from Korean War pilots. They wanted a smaller, simpler fighter to compete with the Mig-15. Lockheed took the unusual approach of not using a swept-wing design with the F-104…
Information regarding the Lockheed F-104 Starfighter F-104 Electronic Systems An article published in the Zipper Magazine # 49 March-2002 ... Several different back-up systems have been selected for the F-104’s ... The Starfighter’s fire control and navigation search and ranging radar is a lightweight,
083-1001 XF-104-LO 53-7786 bailed to Lockheed; w/o-11.July 1957 crashed southwest of Bakersfield, due to uncontrollable tail flutter; fuel tank cap striking the stabilizer. 083-1002 XF-104-LO 53-7787 bailed to Lockheed; w/o-19.April 1955 crashed after an explosive decompression of the cockpit following a …
In 1959, Canada chose the Lockheed F-104 Starfighter to replace the Canadair Sabres for the RCAF’s new nuclear strike role in NATO. This aircraft was originally ... Ref: Starfighter, p.41 3. CF-104 s/n 104799, 439 Sqn, Lahr ’69 With the unification of the Canadian Armed Forces in 1968, the RCAF became CAF. Markings evolution on the CF-104 ...
Students train in the legendary Lockheed F-104 Starfighter. The F-104 is the highest performance civilian registered fighter aircraft in the United States and the original Astronaut trainer.
The Lockheed F-104 Starfighter is a single-engine, A First Hand Look at Lockheed s F-104, Pace, Steve. Lockheed F-104 Starfighter. St. Paul, Lockheed f- 104 starfighter book | 1 available Lockheed F-104 Starfighter by Steve Pace starting at $9.95. Lockheed F-104 Starfighter …
LOCKHEED F-'04 STARFIGHTER The F-104 is a high-performance, single-jet, supersonic fighter with an unmistakable configuration. Its razor-thin wing is extremely
F-104G Consortium (Lockheed, FIAT, Messerschmitt, Fokker, SABCA) construction type serial history remarks ... 683-2051 F-104G Lockheed retained by Lockheed for tests (rig); parts for N104RB ... Hubert Peitzmeier 15.10.2018 Seite 1 F-104_Consortium_serials.
F-104G Starfighter F-104G Starfighter As the first MiG-15 met aircraft of the UN Allies over Korea in November 1950 and the F-86 “Sabre” could only just assert itself, the US Air Force called for a light, single seat day inter-
F-104, part of the USAF force deployed to Formosa, gets going over, will be ready to "go" if warm war gets hot. Another Starfighter is unloaded on the Nationalist strong-