## Abstract A twoβstep FDTD method as a compromise of conditional stability and reduced splitting error is formulated and its numerical stability is investigated. It is the perturbed form to the ADIβFDTD method by the addition of second order cross derivative term. It is validated from the comparis
Hybrid approximations via second-order crossed dynamic derivatives with the derivative
β Scribed by Qin Sheng
- Book ID
- 103864335
- Publisher
- Elsevier Science
- Year
- 2008
- Tongue
- English
- Weight
- 200 KB
- Volume
- 9
- Category
- Article
- ISSN
- 1468-1218
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β¦ Synopsis
Second-order crossed dynamic derivatives with the β¦ dynamic derivative on time scales will be used for approximating the conventional second derivative in the study. We will discuss the conditions under which the crossed dynamic derivatives provide consistent approximations of the conventional derivative; the chances in which the dynamic derivatives approximate the derivative only via proper modifications of their formulae; and the situations in which the dynamic derivatives can never fulfill any consistent approximations even with structure modifications. Valuable error estimates will be developed via asymptotic expansions for potential computational and modeling applications.
π SIMILAR VOLUMES
discipline sensitivity derivatives (SDs). The incremental iterative method (IIM) was proposed and demonstrated The straightforward automatic-differentiation and the hand-differentiated incremental iterative methods are interwoven to produce a to provide such first-order SDs from a two-dimensional h