New Approaches to Structural Mechanics, Shells and Biological Structures Book

Foreword. Calladine's Contribution. Some Thoughts on Research; C.R. Calladine. Publications; C.R. Calladine. Structural Mechanics. Collapse Behavior of Expandable Slotted Tubes; F. Abbassian, et al. Laws of Evolution of Cracks in Plates in Terms of Stress Resultants; G. Augusti, et al. Nesting Surfaces and Constitutive Laws for the Inelastic Behaviour of Composite Materials; A.C.F. Cocks. On the Rotation Capacity of Reinforced Concrete Structural Elements; M. Como. The Topology of Cellular Structures; N.A. Fleck, et al. Symmetry Analysis of the Double Banana and Related Statically Indeterminate Structures; P.W. Fowler, et al. Large Deflections of a Cantilever; J.A. Greenwood. Rose Windows; J. Heyman. Joining of Metal Matrix Composites; F.A. Leckie. Utilising Tension in Lightweight Structures; I. Liddell. Elastic Minimum-Weight Design: an Encounter with Alan Turing; R.K. Livesley. Engineering and Education; P.G. Lowe. Prediction of Buckling Load from Vibration Measurements; P. Mandal. Non-Collinearly Loaded Laminae; M.M. Pavlovic, et al. Linear Matching Methods for Shakedown Analysis; A.R.S. Ponter, H. Chen. Analysis of Coiled Piezoelectric Structures; K.A. Seffen. Frictional Impact in Mechanisms; W.J. Stronge. Rigidity and Stability of Prestressed Infinitesimal Mechanisms; T. Tarnai, J. Szabó. Amplitude of Wrinkles in Thin Membranes; Y.W. Wong, S. Pellegrino. Shell Structures. On a High-Fidelity Hierarchical Approach to Buckling Load Calculations; J. Arbocz, J.H. Starnes. Cat Eardrum Response Mechanics; J.P. Fay, et al. Inversion of Metal Cylinders; J.H. Harrigan, S.R. Reis. Failure Criteria for Shells on Local Brackets; J.M.F.G. Holst, et al. PCCP Shells; K. Miura. Pogorelov's Theory of Creases, and Point Loads on Thin Cylindrical Shells; A. Palmer. Shell Buckling and Collapse Analysis for Structural Design; J.M. Rotter. Bifurcation Buckling of Spherical Sandwich Shells under External Pressure in Plastic Range; S.C. Shrivastava. the Prerequisites for an Advanced Design Methodology in Shells Prone to Buckling; J. Singer. Biological Structures. Chris Calladine and Biological Structures: A Personal Account; A. Klug. Calladine's Entry to the World of DNA; H.R. Drew. Morphological and Topological Transformation of Liposomes; H. Hotani, et al. Computational Approaches to Predicting Sequence-Structure Relationships in DNA; C.A. Hunter, M.J. Packer. Understanding Biological Machines Using Household Items: Some Insightful Constructions from the Calladine Workshop; B.F. Luisi. Measurement of DNA Bend Angles Using DNA Topology; L.C. Lutter, et al. Structural Insight into the Mechanism of Supercoiling of the Bacterial Flagellar Filament; K. Namba. Coils and Supercoils in Proteins; M. Stewart, A.D. McLachlan. Supercoiling of DNA Molecules; J.M.T. Thompson. Author Index.