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AerospaceAdvanced materials take to the skies

Temperatures above 1500 degrees Celsius. Corrosive gases. Supersonic speeds. These are some of the harsh conditions that advanced aerospace materials must survive. NIST conducts studies ranging from the basic science of alloy solidification to the development of durability tests for ceramic coatings on jet turbine blades.

The goal is to keep the field moving forward by developing the measurement methods and processes needed to improve the quality and performance of new aerospace products.

 
3-D model of crystal

NIST scientists use 3-D computer models to improve our understanding of how crystal growth affects the performance of aerospace alloys.

(graphic by NIST)
  turbine blades

A co-funded project with Allied Signal Inc. produced ceramic turbine blades for jet engine starters that could enable more energy- efficient engine temperatures.

(photo courtesy Allied Signal)
pilot in cockpit wearing helmet

Gentex Corp. makes advanced helmets for military pilots. A NIST-affiliated extension center helped Gentex reduce production wastes and improve training.

(photo © 1999 Gentex Corporation)


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date created:1/15/01
last updated: Apr. 05, 2010
contact: inquiries@nist.gov

 

One stop shop for aerospace

Focusing on aircraft safety

Advancing the art of manufacturing

Aviation first: Landing blind

More aerospace info on the NIST website