However, the introduction of high density meshes in the FDTD method is recognized as a source of troubles as far as stability and accuracy are concerned, a problem which is currently dealt with by recursion, i.e., by nesting meshes with a progressively increasing resolution.
Flow diverters (FDs) are high density meshed stents designed to reduce blood flow into intra-cranial aneurysms.
While these stresses can be determined using finite elements, in many problems this would be difficult because a high density mesh would be needed in the neighborhood of every opening corner.
This work investigates the fluid flow and the heat transfer characteristics of a vertical parallel plate channel filled with protruding partial length, high density meshing fins on the two inside walls, considering electronic equipment cooling as one of the possible applications.
The top layer is covered with a high density mesh of nanowires Fig. 16 A global view of Round Operation mapped on a hybrid CMOS-Nano fabric.
Flow diversion is a new approach to the endovascular treatment of intracranial aneurysms which uses a high density mesh stent to induce sac thrombosis.
The results show that LES predictions with high-density meshes have good agreement with the experimental data in terms of the instantaneous and time-averaged concentration fields, and the probability density function (PDF) of concentration fluctuations.
The results match those based on high density solid meshes very well.
Given the scope of this study, focused on LR-WPAN mesh, we look at the most relevant synchronization protocols which also provide mesh features such as high-density network nodes, scalability, multi-hop, fault-tolerance, and low-computational complexity.
Two sets of meshes are generated for this case: 1) a high-density uniform mesh and 2) a mesh with higher density around the sphere boundary and source.
