Adhesion Test Methods, Modeling, and Durability
Abstract
Adhesion Test Methods, Modeling, and DurabilityThe successful joining of materials for extended periods of time remains a difficult task for many applications, especially in the presence of complex and often interacting mechanical loading and environmental challenges. Performance and durability of such bonds is crucial not only for costeffectiveness, but also for maintaining product function and mission-critical specifications. Naval and other marine applications can be particularly challenging due to the unique environments to which components and systems are often exposed. Improvements in understanding of adhesion, testmethods used to characterize adhesion performance, appropriate means to interpret results, and capabilities to accurately model performance may lead to improved ability to meet application requirements. This proposal presents general plans for engaging two graduate students in research involving the bonding of elastomeric and coating materials. Anticipated activities include conducting tests on specimens (most to be supplied by sponsor or vendors), analyzing and interpreting test results, and participating in monthly teleconferences.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Aug 20, 2019
- Source ID
- N000141912564
Entities
People
- David Dillard
Organizations
- Office of Naval Research
- United States Navy
- Virginia Tech