Port Jackson Fig #3.
Estimated to be Established in 1989.
Inherited from Arty Latta.
Port Jackson Fig #3.
Estimated to be Established in 1989.
Inherited from Arty Latta.
Port Jackson Fig #1 – Estimated date of first potting is 1994.
Inherited from the late Arty Latta
Established in 1996.
Lived in the Bonsai shop until 29th October 2006 until it was re-potted, wired, and trimmed.
“100 Rules for NASA Project Managers” was found buried in a NASA web site. Though these rules have been written for NASA managers from a NASA perspective, many of the rules are very applicable to most Project Management situations. If you are involved in Project work, these rules are a “MUST READ”.
Why Wash Compressors?
When gas turbine engines are run, they become fouled with airborne contaminants such as oil, soot, unburned fuel, soils and salt which encrust compressor components. Power loss follows as the compressor loses efficiency and degrades the performance of the engine, leading to higher operating temperatures, increased fuel consumption and shorter component life.
Some engines are more prone to fouling than others – low flying over land or sea, or operating in contaminated air, have led to helicopter engines and industrial engines traditionally needing cleaning – but nowadays it is recognised that all engines foul to some extent; for example, oil leakage and subsequent fouling can happen on any engine type. Contamination can also be caused by ingestion of exhaust gases from other aircraft during prolonged waits for takeoff clearance.
The following are from Kelly Johnson of Lockheed’s SkunkWorks:
Nice moss action here….
solid performer reaching for the skies….
Repotted in 1999 and 2003
AGL means above ground level.
ALS means approach light system.
ASR means airport surveillance radar.
ATC means air traffic control.
CAS means calibrated airspeed
CAT II means Category II.
CONSOL or CONSOLAN means a kind of low or medium frequency long range navigational aid.
DH means decision height.
Optimum countersink depth for Boeing aircraft is 67% (or less) of the sheet thickness.They state this percentage helps to reduce possibility of fatigue cracking. During repair they allow up to 80% of the sheet thickness for countersink depth.
Analysis and Design of Flight Vehicle Structures (Bruhn)
TABLE OF CONTENTS
Al The Work of the Aerospace Structures Engineer.
STATICALLY DETERMINATE STRUCTURES
(Loads, Reactions, Stresses, Shears, Bending Moments, Deflections)
A2 —- Equilibrium of Force Systems. Truss Structures. Externally Braced Wings. Landing Gear.
A3 —- Properties of Sections – Centroids, Moments of Inertia, etc.
A4 —- General Loads on Aircraft.
A5 —- Beams – Shear and Moments. Beam – Column Moments.
A6 —- Torsion – Stresses and Deflections.
A7 —- Deflections of Structures. Castigliano’s Theorem. Virtual Work. Matrix Methods.