Tests were first carried out on small-scale (coupon) specimens, in order to determine the most relevant material mechanical properties.
This paper describes the most relevant aspects of the mechanical design of the HHF components, focusing on the thermal and mechanical verifications.
The concept reduces control of matrix morphology to an interaction between molecules and the most relevant, physical, and persistent signal: mechanical strain.
The present work shows the current DCLL design produced to comply with the in-box LOCA requirements, including the most relevant results on neutronics, thermal-hydraulic and mechanical calculations, as well as the advances on the Flow Channel Insert development.
Quantum entanglement (Fig. 2), perhaps the most non-classical feature of modern physics, might be most relevant in taking the leap to the quantum mechanical description of biological systems.
However, the ultimate load and energy absorption are the most important measures in bone mechanics and provide good estimates of clinically relevant mechanical properties (Eckardt 2003).
Mechanical conditioning of engineered tissue constructs is widely recognized as one of the most relevant methods to enhance tissue accretion and microstructure, leading to improved mechanical behaviors.
This material has been studied in nanoscale resonators with various levels of applied mechanical pre-strain and thus is most relevant to this paper.
As of now, most of the error indicators available for elastostatic problems are computed in terms of quantities that do not necessarily have the most relevant physical meaning from the point of view of a mechanical engineer.
