Karl Weissenberg - The 80th Birthday
Celebration Essays
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Contents
Dr. H. B. Seebohm
Weissenberg’s Influence on Crystallography
Prof. H. Lipson, F.R.S., UMJST, Manchester, U.K.
Karl Weissenberg and the Development of X-Ray Crystallography
Prof. M. J. Buerger, MiT, U.S.A.
The Isolation of, and the Initial Measurements of the Weissenberg Effect
Dr. R. I. Russell, B.P. Sunbury, U.K.
The Role of Similitude in Continuum Mechanics
Dr. P. U. A. Grossman, CSIRO, Melbourne, Australia
Prof. G. V. Vinogradov and A. Ya. Malkin, l.P.S., U.S.S.R., Academy of Sciences, Moscow
Elasticity in Incompressible Liquids
Prof. A. S. Lodge, University of Wisconsin, U.S.A.
The Physical Meaning of Weissenberg's Hypothesis with Regard to the Second Normal-Stress Difference
Prof. Dr. H. Giesekus, Universitat Dortmund, Germany
A Study of Weissenberg's Holistic Approach to Biorheology
Dr. G. W. Scott-Blair, Grist Cottage, Oxford
The Weissenberg Rheogoniometer Adapted for Biorheological Studies
Prof. A. L. Copley and Mr. R. G. King, New York Medical College, U.S.A.
Shorter Contributions
Prof. A. Mark, Polytechnic Institute, Brooklyn, U.S.A.
Weissenberg’s Contributions to Rheology
Prof. W. Philippoff, Newark College of Engineering,U.S.A.
The Early Development of Rheogoniometer
Mr. J. E. Roberts, Defence Research and Dev. Stafi, Washington, U.S.A.
Some of Weissenberg's More Important Contributions to Rheology: An Appreciation
Prof. Hershel Markovitz, Carnegie-Mellon University,U.S.A.
Publications of Karl Weissenberg and Collaborators
© Copyright John Harris