Anisotropy, in particular, could impact the dissipative properties of the flow and enhance the turbulent pressure in the radial direction, favouring the explosion.
While metallic structural features provide the necessary strong resonant interaction with light, they also give rise to dissipative losses, which can impact negatively on a metamaterial's performance.
gradient of total energy dissipation (or dissipative force).
Statistical analysis of transmission and dissipation data shows that dissipative modes are of primary importance for mitigating impact forces, while other factors are of secondary importance.
Basically, the designed shelter consists of two homologous reinforced concrete shells, interconnected by suitable flexible and highly dissipative devices, which absorb and dissipate the impact energy.
The dissipative properties are studied across multiple impacts in order to assess the effects of work hardening, the change in microstructure, and the change in surface topography.
Forced vibrations of the impacting systems are considered for dissipative and conservative systems.
The particle-particle and particle-wall impact is modeled using Hertz's non-linear dissipative contact model for normal component and Coulomb's laws of friction for tangential component.
For example, at the gate voltage of 0.6 V, the current difference in the ballistic and dissipative mode is considerable, which could be related to the increased impact of optical phonon scatterings in the structure.
The benefits induced by the two protective systems to the seismic response of the tank structure are discussed, and the geometrical dimensions and relevant architectural impact are compared with the ones of a conventional non-dissipative bracing retrofit solution developed for the same performance.
