The proposed algorithm is accompanied by a performance analysis for two numerical benchmarks, in which the dominant sources of computational load and parallel overhead as well as their competitive role in the efficiency of the algorithm will be demonstrated.
Owing to the analytical solutions for laminated composites and sandwich plates, the actual deformation behavior of CLT will be presented, and the accuracy and computational efficiency of common and advanced plate theories will be demonstrated.
Only part of the feasible speed advantage will be demonstrated, since the quantum efficiency and acquisition speed of this spectrograph are not optimized for sdLCS.
It will be demonstrated that the insertion of ALD AZO improved the efficiency by 0.8% abs.
Cooking will be demonstrated and food will be sold.
The performance will be demonstrated.
This will be demonstrated in this contribution.
This will be demonstrated in Sect.
This will be demonstrated in later sections.
A production ready model will be demonstrated at IFA 2006.
