H-exponential change of Finsler metric

In this paper, we studied a Finsler space whose metric is given by an h-exponential change and obtain the Cartan connection coefficients for the change. We also find the necessary and sufficient condition for an h-exponential change of Finsler metric to be projective

Eigenvalue routine by Sturm sequence method

Computer program has been generated for efficient solution of certain broad classes of eigenvalue problems. Procedure fully exploits banded nature of associated matrices and further enables user to compute either all roots or any specific ones desired. Special storage options enable storing only nonzero elements of associated main matrix of eigenvalue problem

High-impact dynamic-response analysis of nonlinear structures

Program predicts expected deformations and stresses in nonlinear simple geometric structures subjected to high-impact loading. Technique is based on node-wise predictor-corrector approach and requires moderate computer storage and run time for most problems. Program extends to include physical and geometrical nonlinearities

Eigenvalue algorithm based on a combined sturm sequence and inverse iteration technique (EASI)

Desired roots are first isolated by Sturm sequence procedure. Then special variant of inverse iteration technique is applied for individual determination of each root along with its vector. Program was written in FORTRAN V for UNIVAC 1100-series computers

Barrier modification in sub-barrier fusion reactions using Wong formula with Skyrme forces in semiclassical formalism

We obtain the nuclear proximity potential by using semiclassical extended Thomas Fermi (ETF) approach in Skyrme energy density formalism (SEDF), and use it in the extended $\ell$-summed Wong formula under frozen density approximation. This method has the advantage of allowing the use of different Skyrme forces, giving different barriers. Thus, for a given reaction, we could choose a Skyrme force with proper barrier characteristics, not-requiring extra ``barrier lowering" or ``barrier narrowing" for a best fit to data. For the $^{64}$Ni+$^{100}$Mo reaction, the $\ell$-summed Wong formula, with effects of deformations and orientations of nuclei included, fits the fusion-evaporation cross section data exactly for the force GSkI, requiring additional barrier modifications for forces SIII and SV. However, the same for other similar reactions, like $^{58,64}$Ni+$^{58,64}$Ni, fits the data best for SIII force. Hence, the barrier modification effects in $\ell$-summed Wong expression depends on the choice of Skyrme force in extended ETF method.Comment: INPC2010, Vancouver, CANAD

Conference Participation and Publishing (Chapter Eight of Prepare, Succeed, Advance: A Guidebook for Getting a Ph.D. in Biblical Studies and Beyond)

Two clear marks of a good scholar or doctoral student are published pieces of research (articles, essays, reviews, etc.) and active participation in academic conferences (presenter, chair, respondent, etc.). Especially for graduate students, the research experience can be very isolated and have a minimal impact without attention to such avenues of dialogue and interaction. Also, practically speaking, when the time comes for the job search, a demonstration of such activity often shows that the prospective professor is a real participant of and contributor to the field of biblical studies. We will begin by discussing how to get involved in conferences

The Theology of Paul\u27s Cultic Metaphors: A History of Research (Chapter One of Worship that Makes Sense to Paul)

In this precis of the most significant contributions on the topic of Paul\u27s cultic metaphors, our scope will be limited (wherever possible) by giving attention to the most influential treatments, but special interest will be directed towards those studies focused on non-atonement metaphors and those that concentrate solely on Paul\u27s letters. Finally, we will try to narrow the field of discussion further by attending specifically to what theological conclusions are made