Focused Session 2: Protective Ceramics – Fundamental Challenges and New Developments

Ceramic and related composite materials possess qualities that make them useful for applications involving high-velocity impact. Fundamentally, such intense events are governed by momentum transfer moderated by high-rate inelastic material behavior and failure. Understanding material behavior and failure under these conditions is highly challenging due to the nonlinear, nonuniform, coupled interactions between dynamic stresses and the inherent multi-scale material structure, from atomic defects to processing flaws. This can lead to the initiation and growth of a multitude of inelastic deformation mechanisms such as phase transformations, dislocations, twinning, stacking faults, microcracking, fracture, and others, resulting in fragmentation of the solid body. By identifying and understanding underlying mechanisms, their consequences, and processing-structure-property relationships, material behavior can be controlled. This Symposium is focused on the fundamental challenges and new developments associated with the topics listed below. In addition, special sessions on: (1) Ultrahard ceramics, (2) High-throughput experimentation and data-driven techniques, and (3) Dynamic behavior, are planned. Presentations addressing these topics and those listed below are welcome.

 

Proposed Session Topics

  • Traditional and emerging ceramic science and composite engineering
  • Conventional, reactive, novel, and emerging synthesis and processing
  • Materials-by-design and process modeling
  • Microstructure characterization and advanced methods
  • High-rate and dynamic behavior, including underlying mechanisms
  • Quasi-static mechanical properties
  • Constitutive modeling

Symposium Organizers:

  • Anthony DiGiovanni, DEVCOM ARL, USA
  • Kristopher Behler, DEVCOM ARL, USA
  • Neil Middleton, DSTL, UK
  • Ghatu Subhash, University of Florida, USA
  • Jerry LaSalvia, DEVCOM ARL, USA
  • Michael Bakas, DEVCOM ARO, USA
  • Jeffrey Swab, DEVCOM ARL, USA

 

Points of Contact

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