The many kinds of porous geomaterials (rocks, soils, concrete, etc.) exhibit a range of responses when undergoing inelastic deformation. In doing so they commonly develop well-ordered fabric elements, forming fractures, shear bands and compaction bands, so creating the planar fabrics that are regarded as localization. Because these induced localization fabrics alter the bulk material properties (such as permeability, acoustic characteristics and strength), it is important to understand how and why localization occurs, and how it relates to its setting. The concept of damage (in several uses) describes both the precursor to localization and the context within which it occurs. A key theme is that geomaterials display a strong material evolution during deformation, revealing a close linkage between the damage and localization processes. This volume assembles perspectives from a number of disciplines, including soil mechanics, rock mechanics, structural geology, seismic anisotropy and reservoir engineering. The papers range from theoretical to observational, and include contributions showing how the deformed geomaterial's emergent bulk characteristics, like permeability and seismic anisotropy, can be predicted.

Localisation in private international law of torts is a notoriously difficult question. How do you localize financial or moral damage? What about latent damage? Should damage in the context of cyber-torts be localized differently? The great variety of tortious actions gives rise to endless difficulties ranging from banal situations involving material damage to climate change. Trying to find suitable solutions requires answering many difficult questions, such as the very definition of damage within the meaning of private international law rules, the influence of various considerations such as foreseeability, protection of the claimant, and the remedy sought. The contributions in this volume address these questions and more from the perspectives of 17 different countries, from Austria to Venezuela.

Covering various aspects of dynamic fractures this book contains state-of-the-art contributions from leading scientists in the field of crack dynamics.

Introduction and scope -- State of the art and current practice -- Laboratory testing program -- Field evaluations of CLSM -- Conclusions and suggested research -- References -- Appendices.

This book forms the Proceedings of the International Conference held in Vienna in November 1992 dealing with ageing, fatigue and fracture of concrete and concrete structures. Special sections cover demolition and recycling, and anchorage engineering. As well as selected international contributions, five specially invited plenary papers are included from Austria, Spain, Japan, Denmark and Sweden.