Development of Michell minimum weight structures

Mitchell strain criterion for minimum weight structures using mathematical model

Remarks on Information, Energy, and Economics

This paper deals, inter alia, with an issue of consuming interest to some of us and which we expect to enlarge upon in future--information economics

General Coupling Coefficients for the Group SU(3)

A Hilbert space method, previously applied to the group SU(2), is employed to examine the representations Dλμ and the reduction of the direct‐product representation of the group SU(3). The base vectors ∣λμ;α>, an orthogonal Hilbert space of homogeneous polynomials, are transformed to the base vectors ∣λμ;α>c, and are associated with the complex conjugate representation by an explicit R‐ conjugation operation. For the general direct‐product representation Dλ1μ1 ⊗ Dλ2μ2, explicit expressions are derived for the vector coupling coefficients and the number of times the irreducible representation Dλ3μ3 is contained in the direct product. Two methods of labeling the degenerate states are given, the reduction of the direct product is shown to be complete, and the symmetry relations of the 3(λμ) coefficients are discussed.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/70512/2/JMAPAQ-8-1-63-1.pd

Singular Kummer Surfaces and Hilbert Modular Forms

Paper by H. L. Resnikof

Generating Some Rings of Modular Forms in Several Complex Variables By One Element

Paper by H. L. Resnikof

Non Trivial Cusp Forms in Several Complex Variables

Paper by H. L. Resnikof