Technical Annexes
Newly Proposed Annexes
| Proposed
new Annex: Coating Evaluation and Performance |
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Objective
This potential new Annex would focus on the evaluation
and performance measurement of advanced engineered
coatings. Examples of coatings could be nanostructured
coatings, low friction diamond-like-carbon films,
and multiphase ceramic matrix composite coatings.
These coating materials hold considerable promise
for improving durability and wear resistance, reducing
parasitic frictional losses, and reducing corrosion
and oxidation for in cylinder components for high
efficiency engines. However, for these advanced
materials, coating substrate adhesion, durability
assessment, local and global mechanical properties
measurement techniques are currently lacking, impeding
the rapid development of energy efficient technologies
world-wide.
Mattison K. Ferber: Coating Evaluation: New Annex?
(link to CoatingEval_MKF_Oct05.pdf), Oct. 2005
Andrew A. Wereszczak and Michael J. Lance: Coating
Evaluation & Performance: New Annex? (link
to CoatEvaPerf_Wereszczak_May06.pdf), May 2006
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| Proposed
new Annex: Nanomaterials |
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Objective
This potential new Annex would focus on the R&D
of nanomaterials and nanostructured materials.
This class of materials hold tremendous promise
for unprecedented properties and performance level
in terms of friction reduction, selective catalytic
actions, smart materials that can change stiffness
and hardness as a function of stress state and/or
thermal conditions. Many of these materials are
being developed for aerospace applications and
many of them have potential impact in transportation
technologies.
Stephen Hsu: Nanomaterials as an IEA annex (link
to Nanomaterials_Hsu_Oct05.pdf), Oct. 2005
Stephen Hsu: Nanomaterials technical plan as a
new IEA annex (link to Nanomaterials_Hsu_May06.pdf),
May 2006
Nils Petersen: Nanotechnology Opportunities (link
to Nanomaterials_Malis_May06.pdf), May 2006
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| Proposed
new Annex: Magnesium Corrosion Protection |
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Objective
Corrosion of magnesium alloys is of prime concern
in transportation applications since road salt
in cold climates accelerates corrosion when such
alloys are in contact with dissimilar metals
(i.e., galvanic corrosion). This potential new
Annex would focus on the corrosion protection
R&D of magnesium alloys.
Wenyue Zhang: Protective coatings for Mg Alloys
in automotive and truck applications: current status
and new directions (link to Magnesium_Zhang_May06.pdf),
May, 2006
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