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In this chapter we present how to solve source-driven diffusion problems in one-dimensional geometries: slabs, cylinders, and spheres.
For both design types, we present how to simulate and analyze data and present some example analyses.
Also we present how to find the way to realize the practical use of the CFD technique on prediction of wind loading.
In this paper, we present how to apply the second-order ABC proposed in [8] in the framework of a finite element method.
In this paper we present how to design and implement a low-cost system for reliable fall detection with very low false alarm ratio.
In this paper we present how to accelerate this kind of numerical calculations with popular NVIDIA Graphics Processing Units using the CUDA programming environment.
Similar(30)
In this tutorial, we presented how to get started with building your own personal cloud compute cluster using AWS, NONMEM, PsN, Grid Engine, and Sonic.
We also present how to select capable and reliable players for region hosts and object holders.
Moreover, we also present how to deal with specified maximal numbers of allocated processing units to minimize the energy consumption.
In this work we will present how to protect automotive products from PID. Products need to be made robust against PID by design checks with antenna rules determined in technology reliability qualifications.
Given the proposed aerial perspective model, we now present how to implement it on a GPU.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com