Crystal adaptronics is an emergent materials science discipline at the intersection of solid‐
state chemistry and mechanical engineering that explores the dynamic nature of …

Modern trends in the development of energetic materials include the various methods of
particle surface modification and the widespread use of nanosized powders. Atomic force …

The uneven density distribution during compression molding of polymer bonded explosive
(PBX) seriously affects the mechanical properties of high-energy material components and …

Abstract Machine learning (ML) can map the complex relationship between structures and
properties, thus exhibiting great promise in various fields. The bulk modulus (mechanical …

Interfacial strength plays a critical role in the mechanical properties of a composite system. In
this work, a proven mock high explosive (HE), 5-iodo-2'-deoxyuridine (IDOX) was coated by …

Plastic-bonded explosives (PBX) are polymer matrix composites that are highly loaded with
micron-scale explosive crystals. The thermal and mechanical properties of these materials …

This work leverages laser vibrometry and the weak form of the sparse identification of
nonlinear dynamics (WSINDy) for partial differential equations to learn macroscale …

To simulate the crystal morphology of β-HMX crystallized in the presence of different
polymer additives in the solution, a modified attachment energy model was used to simulate …

Establishing structure–mechanical property relationships is crucial for understanding and
engineering the performance of pharmaceutical molecular crystals. In this study, we …

For energetic crystals such as HMX, the sensitivity of the material to shock, the possibility of
initiation, and the subsequent reaction is known to be controlled by processes occurring at …