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Aging Aircraft

From Lambda Technologies
 

 

Corrosion and corrosion related fatigue of structural components threatens the readiness of military aircraft and greatly increases the cost of maintenance of virtually all legacy aircraft. Annual costs exceeding one billion dollars are currently incurred for inspection and maintenance by the US Air Force alone, and will only escalate as aircraft continue to age. For some legacy aircraft, spare parts are at a premium, if available at all. Redesign of components or introduction of new alloys is generally prohibitive. Surface enhancement to restore fatigue strength is a practical, affordable solution for many critical components.


Products & Services
Finishing and surface treatment services pretreat or finish the surfaces of manufactured components to meet roughness or surface condition requirements. Search by Specification | Learn more about Finishing and Surface Treatment Services
Sandblasting and shot peening services bombard media against a surface to meet surface condition requirements. Sandblasting uses abrasive grain to roughen, smooth, shape or clean surfaces. Shot peening uses rounded media to strengthen or dimple a surface. Search by Specification | Learn more about Sandblasting and Shot Peening Services

Product Announcements
Lambda Technologies - Surface Enhancement
Surface enhancement offers a variety of benefits ranging from increased life to cost reduction when properly designed and optimized for the material and application. Strength and life can be increased... (read more)
Lambda Technologies - Surface Integrity Studies
Surface Integrity describes the influence of surface property and condition upon material performance. It has long been known that the method of surface finishing and the complex combination of... (read more)
Yamato Alloy America - Aluminum-Bronze Alloy
Yamato Alloy has been witnessing a rise in demand for special copper alloys with more demanding requirements. They have to be careful in meeting customers' needs and they must not deviate from their... (read more)
Yamato Alloy America - Aluminum Bronze Alloy
Our aluminum-bronze alloy was first developed by our founder, Dr. Shigeru Hagino, back in the 1940's... (read more)
Aluminum Precision Products, Inc. - Precision Aluminum Forgings
Precision forgings are characterized by 0 to 1 degree draft angles, thin sections, close tolerances, small radii, and excellent surface finishes. The advantages of precision forging over other methods... (read more)
Parker Hannifin / Fluid Connectors / Parflex Division - PTFE Fire Resistant Heat Shrink Protects Component
PTFE Texflour™ Heat Shrinkable Tubing, from Parker-TexLoc of Ft. Worth, Texas, is a fluoropolymer heat shrink that protects components from heat, sparks and contaminants. With a V-O flammability... (read more)
U.S. Dynamics Corporation - Spinning Mass Gyroscopes
Providing cost-effective form, fit, function replacement gyroscopes and electro-mechanical assemblies to support legacy and mature systems. USD has been providing products to the U.S. Navy, U.S. Air... (read more)
Central Electropolishing Co., Inc. - Improvement of Fatique in Stainless Springs
Improving the Fatigue life of springs via Electropolishing. Central Electropolishing has state of the art, automated tooling available to do any quantity of spring in a timely manner. We polish all... (read more)

Topics of Interest
The threat of high cycle fatigue (HCF) failure greatly increases the cost of inspection, maintenance, and operation of legacy turbine engines. As these components continue to age, the probability of... (Read More)
Surface enhancement technologies such as shot peening, laser shock peening (LSP), and low plasticity burnishing (LPB) can provide substantial fatigue life improvement. However, to be effective, the... (Read More)
Surface enhancement technologies such as shot peening (SP), laser shock peening (LSP) and low plasticity burnishing (LPB) can provide mitigation of foreign object damage (FOD), fretting fatigue,... (Read More)
Corrosion related fatigue failures of aluminum structural alloys adversely impact the structural integrity of aging aircraft. A chemically active environment, susceptible material and alternating... (Read More)
Corrosion related fatigue in aluminum structural alloys and fretting damage in high strength steels are primary failure mechanisms that reduce the structural integrity of aging aircraft. A chemically... (Read More)