The dynamical regimes and performance optimization of quantum dot monolithic passively mode-locked lasers with extremely low repetition rate are investigated using the numerical method.
For isotropic plates made of a monolithic material the mode localization phenomenon is stronger for Type-I constraint compared to that for Type-II constraints.
The contribution discusses results using proper orthogonal decomposition (POD) for determination of monolithic space-time modes in the reduction of fluid structure systems.
The most relevant analytical penetration models with their most important assumptions, basic process mechanisms, and key analytical relations for plugging mode of monolithic plates penetration are reviewed.
In addition, the hydrophilic interaction based separation allowed for reduced analysis time as compared to the separation observed under reversed-phase separation mode using analogous monolithic stationary phase.
The nonlinear dynamic responses and failure modes of framed monolithic glass under different blast loadings are firstly analysed numerically.
These have been shown to induce distinctly different deformation and fracture modes when impacting monolithic metallic targets.
Reduction is performed with monolithic projection-based space-time modes, ensuring strong coupling of fluid and structure in the reduced model.
Ultrasound measurements, including xiphoid-to-pericardial distance and deployment angle, were made on human fetuses as a function of gestational age for the purpose of assessing the likelihood of 3 failure modes of a monolithic fetal pacemaker, including primary positioning failure due to device length and secondary dislodgement failure due to somatic growth.
These tests indicated that increasing the compressive strength of the added concrete relative to the compressive strength of the substrate concrete improves the bond strength and changes the rupture mode from adhesive to monolithic.
