Engineers have long known that the old methods of corrosion prediction (e.g. galvanic tables) and testing (ASTM B117) are inadequate and inaccurate. New capabilities for computational corrosion prediction are improved in order to exactly understand how the corrosion occurs and how severe it will be; and with that information to design more durable systems.
The aim of the session was to provide a discussion Forum to share information and ideas on corrosion modeling and testing so as to predict and minimize corrosion in complex systems. The Forum brought attendees up to speed with developments in the area of corrosion prediction and test development and raise awareness of changes in the MIL-STD-889 specification and how this will impact design methods.
- Victor Rodriguez-Santiago, Head of Corrosion and Wear Branch at NAVAIR.
This presentation will combine “Development and Validation of a Cyclic Humidity Corrosion Test” (SERDP-ESTCP Symposium 2018) and “Galvanic Compatibility Assessment: New Methodology and Standardization” (ASETS Defense Workshop 2018).
- Jim Dante, Manager of Environmental Performance of Materials at Southwest Research Institute.
This presentation will summarize “Cyclic Corrosion and Failure Mechanisms” (SERDP-ESTCP Symposium 2018).
- Kristen Williams, Senior Materials Engineer at Boeing.
This presentation will summarize “Degradation and Failure Mechanisms of Protective Coating Systems” (SERDP-ESTCP Symposium 2018).
- Alan Rose, CEO/Principal Engineer at Corrdesa LLC. Download Alan’s presentation
Presentation title, “Using simulation to understand the difference between corrosion in atmospheric environments and chamber tests”.
Leave a Reply