Civil Engineering Class of 1895 including Marian Sarah Parker.

2 scans =image = 1of2, identifications = 2of2

UM Engineering Class of 1916, assembled outside

too large for a single scan, so 2 scans (one of right side, one of left) sharing the same housescan number and suffix 1of2 and 2of2. Also, one merged in photoshop, suffix "merged"

Looking across Botanical Gardens to Engineering Laboratory, ca. 1905

[posed in shot put position, in studio]

The law of electric wires in streets and highways [electronic resource] /

Reproduction of original from Harvard Law School Library.

The law of electrical invention /

Mode of access: Internet.

Numerical solutions of the sediment conservation law: A review and improved formulation for coastal morphological modelling

Numerical solutions of the sediment conservation law are reviewed in terms of their application to bed update schemes in coastal morphological models. It is demonstrated that inadequately formulated numerical techniques lead to the introduction of diffusion, dispersion and the bed elevation oscillations previously reported in the literature. Four different bed update schemes are then reviewed and tested against benchmark analytical solutions. These include a first order upwind scheme, two Lax-Wendroff schemes and a non-oscillating centred scheme (NOCS) recently applied to morphological modelling by Saint-Cast [Saint-Cast, F., 2002. Modelisation de la morphodynamique des corps sableux en milieu littoral (Modelling of coastal sand banks morphodynamics), University Bordeaux 1, Bordeaux, 245 pp.]. It is shown that NOCS limits and controls numerical errors while including all the sediment flux gradients that control morphological change. Further, no post solution filtering is required, which avoids difficulties with selecting filter strength. Finally, NOCS is compared to a recent Lax-Wendroff scheme with post-solution filtering for a longer term simulation of the morphological evolution around a trained river entrance. (C) 2006 Elsevier B.V. All rights reserved.