Communications

Ajovalasit A. Bardi A. ‘Holographic photoelasticity: Determination of absolute retardations by a single hologram’, Expl Mech. 1976 16 (No 7), 273–275.

Sciammarella C. A. Quintanilla G. ‘Techniques for the determination of absolute retardations in photoelasticity’, Expl Mech. 1972 12 (No 2), 57–66.

Post D. ‘Holography and interferometry in photoelasticity’, Expl Mech. 1972 12 (No 3), 113–123.

Foster C. G. ‘Accurate measurement of Poisson's ratio insmall samples’, Expl Mech. 1976 16 (No 8), 311–315.

Jones R. Bijl D. ‘A holographic study of end effects associated with the four-point bending technique for measuring Poisson's ratio’, J. phys. E. 1974 7, 357–358.

Date E. H. F. Andrews K. W. ‘Anisotropic and composition effects in the elastic properties of polycrystalline metals’, J. phys. D. 1969 2 (Series 2), 1373–1381.

Jones R. Leendertz ‘Elastic constant and strain measurement using a three-beam specklepattern interferometer’, J. phys. E. 1974 7, 653–657.

Jones R. ‘The design and application of a speckle-pattern interferometer for total plane strain field measurement’, Optics and laser technology 8 (No 5), 215–219.

Gurney C. Mai Y. W. ‘Stability of cracking’, Engng Froct. Mech. 1972 4, 853.

Ngan K. M. Quasistatic crack propagation in elastic structures with non-linear load-displacement relationships at constant crack area Ph.D. Thesis, University of Hong Kong, 1971.

Mai Y. W. On the rate of dow cracking of materials Ph.D. Thesis, University of Hong Kong, 1972.

Atkins A. G. Unpublished research.

Gurney C. Mai Y. W. Owen R. C. ‘Quasistatic cracking of materials with high fracture toughness and low yield stress’, Proc. R. Soc. 1974 A340, 213.