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DTIC ADA269250: The Intelligent Processing of Materials
by Defense Technical Information Center
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This report covers progress in novel concepts for the
development and implementation of Intelligent Processing
of Materials (IPM) in the production of advanced
materials, with special emphasis on defense applications.
IPM is inherently a multidisciplinary effort, combining
the latest in materials processing knowledge in the form
of process models, novel, in-situ process sensors, and
emerging control theory for adaptive control of highly
nonlinear processes. The concepts reported below have
been studied to assess their value in streamlining the
development of new methods for establishing regions of
process variable space which are inherently stable,
thereby reducing the laborious and experimentally
intensive task of process design for production of
advanced materials, and to a distributed simulation
environment known as the Virtual Factory for rapid
prototyping of intelligent control systems, which was
originally developed in a parallel research project
sponsored by ARPA through NIST. Finally, these new
techniques, concepts and capabilities have been applied
to the processing of advanced materials for military
applications, including near net shape forming of
titanium alloy powders to form shaped parts
representative of gas turbine engine components, and the
growth of single crystal infrared detector materials
based upon calmium zinc telluride, which is the
substrated material for infrared focal plane arrays.
These efforts have been conducted by BDM scientists and
engineers, in conjunction with leading university
research from MIT and the University of California, Santa
Barbara (UCSB).
Date Published: 2018-03-12 09:16:18
Identifier: DTIC_ADA269250
Item Size: 38270209
Language: english
Media Type: texts
# Topics
DTIC Archive; Kushner, Brian G ; BDM ...
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