ASETSDefense 2011: Sustainable Surface Engineering for Aerospace and Defense Workshop
February 7 - 10, 2011
New Orleans, Louisiana
To view presentations please download the archive below:
Agenda
Side Meeting: Computational & Database Methods for Design & Prediction | |||
Introduction | Keith Legg | ||
ASETSDefense | |||
Durable Aircraft Design Modules for Corrosion Protection |
Craig Matzdorf, Farrel Martin | ||
NAVAIR, NRL | |||
Computational Galvanic Corrosion Prediction | Leslie Bortels | ||
Elsyca (Belgium) | |||
Coating Databases for Aircraft & Weapon Systems Design, Incorporating Performance, Galvanic, Environmental & Cost Data | Patrick Coulter | ||
Granta Design (UK) | |||
Galvanic Data Acquisition | Dennis Dull | ||
Boeing Research & Technology | |||
cWorks - Corrosion Identification and Management Software for Aircraft Corrosion Control | Steve Gaydos | ||
Boeing Research & Technology | |||
Corrosion Prevention and Control Database | Matt Koch | ||
USMC CPAC | |||
Materials by Design - Computational Alloy Design for Corrosion Control | Charlie Kuehmann | ||
Questek Innovations | |||
Atoms to Airplanes: The Future | Joe Osborne | ||
Boeing Research & Technology | |||
Session 1: Drivers for Material Replacement | |||
Introduction | Bruce Sartwell | ||
SERDP/ESTCP | |||
DoD's Hexavalent Chromium Minimization Strategy and Strategic Plan for REACH | Paul Yaroschak | ||
OSD-ATL | |||
Effect of REACH on the Aerospace Industry> | Scott Fetter | ||
Lockheed-Martin F-35 | |||
Meeting the Challenge of Environmental Regulations in Europe and North America | Alain Viola, Roger Eybel | ||
Safran (France) | |||
Effect of European and US Rules on Plating and Finishing | Christian Richter | ||
NASF | |||
Helping the Warfighter Become Green | James Reed | ||
DLA | |||
Session 2: Issues and Solutions for Platforms | |||
Coating Systems for Army Vehicles
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John Escarsega | ||
ARL | |||
Progress in Naval Aviation Systems | Craig Matzdorf | ||
NAVAIR | |||
Lessons Learned in Hazmat Replacement at Boeing | Joe Osborne | ||
Boeing Research & Technology | |||
Coating Requirements and Projects for USMC Vehicles | Matt Koch | ||
USMC CPAC | |||
Session 3: Light Metal Protection and Repair | |||
Magnesium Finishing for OEM and Overhaul | Bill Elmquist | ||
Tagnite | |||
Recent Keronite Developments and Approvals on Titanium, Magnesium and Aluminum Composites | James Curran | ||
Keronite (UK) | |||
Cold Spray for Repair of Magnesium Gearboxes | Brian Gabriel | ||
ARL | |||
Clean & Green Brush Plating and Anodizing in Europe | Jean-Pierre Chaix | ||
Dalic (France) | |||
Summary of Day 1 Side Meeting on Computational and Database Methods | Keith Legg | ||
ASETSDefense | |||
Session 4: Coating Systems | |||
Progress in Powdercoat | Wayne Patterson | ||
Hill AFB | |||
Environmental and Performance Advancements in CARC Systems | John Mort | ||
Hentzen | |||
Electrocoat Process for Non-Chromate Primers in DoD Manufacturing | Thor Lingenfelter | ||
PPG | |||
Ultraviolet Curable Topcoats | Todd Williams | ||
Bayer Materials Science | |||
Non-Hexavalent Chromium Steel Conversion Coatings for Ground Vehicles | John Kelley | ||
ARL | |||
NAVAIR Progress in Assessing, Validating and Implementing Non-Chromate Primers | Julia Russell, Bill Nickerson, Craig Matzdorf | ||
NAVAIR | |||
Ultraviolet Curable Powder Coatings | Chris Geib | ||
SAIC | |||
Session 5: Hexavalent Chromium (Cr6+) and Cadmium (Cd) Alternatives | |||
Low Hydrogen Embrittlement Zinc-Nickel Qualification Test Results & Process Parameters Development
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Craig Pessetto, Dave Frederick |
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ES3, USAF | |||
Temperature Effects on Corrosion of Cr6+, Cr3+, and Non-Cr6+ Conversion Coatings on AlumiPlate, and AlumiPlate Implementations | Kelly Donaldson | ||
AlumiPlate | |||
Ionic Liquid Aluminum Plating for Cd Replacement | Toshi Murai, Tarek Nahlawi | ||
Dipsol Chemical Co. Japan; Dipsol of America | |||
Qualification of Cold Spray for Repair of MIL-DTL-83488 Aluminum Coatings | Steve Gaydos | ||
Boeing Research & Technology | |||
Qualification of Brush Plating Repairs for Cadmium and Alternatives | Mary Gilman | ||
Boeing Research & Technology | |||
Environmentally Compliant Sealant Removers | Jim Tankersley | ||
Battelle Dayton | |||
Session 6: Cr6+ and Cd Alternatives for Electronics | |||
NASA TEERM Progress: Cr6+ Elimination for Electronics | Matt Rothgeb, Kurt Kessel | ||
NASA | |||
Cd and Cr6+ on Connectors: Alternatives & Issues | Gerald Tredan | ||
Radiall (France) | |||
Tin-Zinc for Cd Replacement on Connectors | Tarek Nahlawi | ||
Dipsol of America | |||
Galvanic Consequences of Using Different Cd Alternatives on Electrical Connectors | Alan Rose | ||
Elsyca (USA) | |||
Session 7: Hard Chrome Plating Alternatives | |||
Evaluation of HVOF Applied Coatings as a Replacement for Sulfamate Nickel-Chromium Plating on Landing Gear Structure | Mark Pollack, John Falkowski | ||
Boeing Research & Technology | |||
Electrodeposition of Nanovate CR Coatings as a Hard Chrome Alternative | Ruben Prado, Diana Facchini | ||
ADEP JAX, Integran | |||
Gun Barrel Coatings - PVD | Gennady Yumshtyk | ||
Paradigm Shift | |||
Gun Barrel Coatings - Explosive Bonding | Frank Campo | ||
Benet Labs | |||
New AMS Specs for Grinding and Superfinishing of HVOF Coatings | Jon Devereaux | ||
NASA | |||
Session 8: Accelerated Test Methods | |||
Corrosion Testing and the Non-Chrome Engineering Circular | Craig Matzdorf | ||
NAVAIR | |||
Understanding the Role of Spray & Relative Humidity Conditions in Accelerated Corrosion Testing | Jim Dante | ||
SWRI | |||
Design of Experiment Approach to Hydrogen Re-Embrittlement Evaluation | Scott Grendahl, Ed Babcock, Steve Gaydos | ||
ARL, Boeing Research & Technology | |||
Session 9: Coating Removal | |||
Final Evaluation of an Environmentally Compliant Paint Remover | Frank DiPofi, Jeff Kingsley | ||
DLA Aviation, AFRL/RXSA | |||
Progress in Laser Stripping | Randy Straw | ||
AFRL | |||
Atmospheric Plasma for Surface Modification | Stephen Hudak | ||
NC State | |||
Pulse Waterjet Coating Removal of Platings and Coating | Fred Laguines, Jay Randolph, Willy Bloom | ||
ES3, VLN | |||
Session 10: Beryllium and Other Issues | |||
Copper-Beryllium Alternative Development Using a Computational Approach | Eric Fodran | ||
Northrop Grumman | |||
A Metal Matrix Composite Beryllium-Aluminum Alternative for Optical Systems | Scott Fetter | ||
Lockheed-Martin | |||
Microbially Influenced Corrosion | John Stropki | ||
Battelle Columbus |