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A D V A N C E D

M A T E R I A L S

&

P R O C E S S E S | F E B R U A R Y / M A R C H

2 0 1 7

2 7

of a crystalline material developed for

use in crystal plasticity models. Char-

acterization techniques have evolved

from standard polishing and imaging

processes and serial sectioning tech-

niques to include advanced nonde-

structive tools such as high energy syn-

chrotron diffraction systems.

SUMMARY

Over the past 100 years, ML re-

searchers have continued a proud leg-

acy of developing and transitioning

critical aerospace materials. Although

the accomplishments listed here are

only briefly detailed, many represent

breakthrough advancements in science

that have dramatically changed the en-

gineering world.

In addition, ML focuses tremen-

dous resources on the nondestructive

evaluation, modeling, characterization,

and processing of materials. Every day

confirms the belief that discoveries in

materials research to date are just the

beginning and future breakthroughs

will open up limitless materials op-

portunities. The Air Force Materials Di-

rectorate has been—and will continue

to be—a vital materials resource for

the Air Force and the nation.

~AM&P

For more information:

Jaimie S. Tiley

is Chief, Cognitive Performance Optimi-

zation Section, Air Force Research Lab-

oratory, Wright-Patterson AFB, Ohio,

937.713.3013,

jaimie.tiley@us.af.mil

.

Distribution Statement A

Approved for public release: Distri-

bution is unlimited. 88ABW Cleared

01/31/2017; 88ABW-2017-0373.

References

1. V. Russo,

ML History Timeline,

pre-

sentation material, Materials and Man-

ufacturing Directorate, Air Force Re-

search Laboratory, 2000.

2. D. Miracle, ASM Materials Camp

presentation material, University of

Dayton, 2016.

3. Materials and Manufacturing Direc-

torate, History of the Air Force Materials

Laboratory, Vol 1, 2000.

4. Materials and Manufacturing Direc-

torate, History of the Air Force Materials

Laboratory, Vol 2, 2000.

AFRL SCIENTISTS WIN JACQUET-LUCAS AWARD

The 2016 recipients of the Jacquet-Lucas Award are Vikas Sinha, UES Inc., Sushant Jha, Universal Technology Corp., Adam

Pilchak, Reji John, and James Larsen, Air Force Research Laboratory, and William J. Porter, III, University of Dayton Research

Institute, for their entry entitled

Quantitative Characterization of Fracture Features in Titanium Alloys.

An abridged version of this

article will run in a future issue of

AM&P.

The ASM Metallographic Award was established in 1946 for the best entry in the annual

ASM metallographic competition. In 1958, it became known as the Francis F. Lucas Metallographic Award. In 1972, ASM joined

with The International Metallographic Society in sponsoring the Pierre Jacquet Gold Medal and the Francis F. Lucas Award for

Excellence in Metallography. This award has been endowed by Buehler Ltd. since 1976.