Integrated thermo-mechanical monitoring of composites using carbon nanotube yarns
Abstract
The overall scientific and technical merits of the proposal are sound and meet expectations. In particular, the degree of innovation is high (due to the use of carbon nanotube yarns for use in reinforced composite materials as electro-sensory elements), the soundness of the technical concept is high (due to external evaluation from Code 33~s Bulk Nanomaterials~ Program Officer ~ Antti Makinen, in addition to the SD~s own knowledge with such materials), the offeror~s awareness of the state of the art is current (based on the proposal of the P.I., where the literature is reviewed extensively), the understanding of the scope of the problem is high (based on discussion with Code 33, in addition to the P.I.~s understanding of Naval problems in the area of ship health monitoring), the significance and originality of the technical approach and effort needed to address/solve the problem is are all satisfactory (based upon the review of the overall proposal and the institution~s reputation in the area of materials research), and the anticipated
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Aug 20, 2019
- Source ID
- N629091912119
Entities
People
- Francis Avils Cetina
Organizations
- Office of Naval Research
- Scientific Research Center of Yucatan
- United States Navy