|
|
Aircraft Corrosion Prevention & Control
This is a list of useful sources of
informations on
Aircraft Corrosion Prevention & Control
. If you want to suggest other useful
information or ask questions on
Corrosion
Prevention and Corrosion Protection
use this form or join th
Corrosionist Forum. If you are a supplier of Materials used in
Aircraft Corrosion Prevention & Control
and are interested in advertise in this page
use this form
to contact us.
|
|
|
|
Corrosion Prevention in Offshore Oil&Gas |
Corrosion Prevention in SeaWater |
General Corrosion Prevention & Corrosion Control |
Materials Selection for Corrosion Prevention and Corrosion Control
|
|
|
|
|
|
|
|
|
|
|
|
 AIRCRAFT
CLEANING AND CORROSION CONTROL - Many aircraft structures are made of
metal, and the most insidious form of damage to those structures is corrosion.
From the moment the metal is manufactured, it must be protected from the
deleterious effects of the environment that surrounds it. This protection can be
the introduction of certain elements into the base metal, creating a corrosion
resistant alloy, or the addition of a surface coating of a chemical conversion
coating, metal or paint. While in use, additional moisture barriers, such as
viscous lubricants and protectants may be added to the surface |
|
|
|
AIRCRAFT
METALS - Knowledge and understanding of the uses, strengths,
limitations, and other characteristics of structural metals is vital to properly
construct and maintain any equipment, especially airframes. In aircraft
maintenance and repair, even a slight deviation from design specification, or
the substitution of inferior materials, may result in the loss of both lives and
equipment. The use of unsuitable materials can readily erase the finest
craftsmanship. The selection of the correct material for a specific repair job
demands familiarity with the most common physical properties of various metals. |
|
|
|
Introduction
to Aircraft Corrosion - A tutorial from the University of Cansas |
|
|
|
Design
for Corrosion Control - Boeing designs airplanes to resist corrosion
through selection of the proper materials and finishes and the use of drainage,
sealants, and corrosion inhibitors. These designs are based on knowledge of what
causes corrosion and the types of corrosion that occur in airplane structure. |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|