Toronto is a concrete city. From international landmarks to civic buildings to cultural institutions to metropolitan infrastructure and the single-family home, reminders of the era of 'brutalist' architecture surround Torontonians. But for how long? As architectural fashion has shifted to the glass-and-steel neomodernism of today, these concrete structures have been increasingly ignored – and in some cases, demolished. Concrete Toronto takes readers on a guided tour of Toronto's concrete architecture. Editors Michael McClelland and Graeme Stewart have assembled a diverse group of industry experts – architects, university faculty, local practitioners, city planners, historians and journalists – to examine the unique and important qualities and the past and future of Toronto's concrete buildings in interviews, articles, archival photos, drawings and case studies. Appealing to both the average reader and the enthusiast, Concrete Toronto provides a refreshing look not only at the neglected buildings, but also at the trends that produced them and the impact and consequences that resulted from their construction.

Concrete progress deals with the technology that made concrete the most widely used building material in the world in the course of the past hundred years, and the most indispensable for the global socio-economic development in the new millennium. It offers an insight into many people's dedicated, exploratory concrete research, and into strategic planning and management of research and its transfer to engineering practice. This book is introduced by retrospectively highlighting the international history of concrete technology and uses.

In the sixties, architecture fell in love with concrete. Architecture has since shifted its fondness to glass and steel, and concrete buildings have fallen out of favor and into disrepair. But they represent an exciting era of faith in architecture and technical innovation that has yet to be documented.Concrete Torontoacts as a guidebook to the city's extensive concrete heritage. Architects, journalists, professors, concrete experts, and even the original architects use a wealth of new and archival photos, drawings, interviews, articles, and case studies to celebrate Toronto's concrete past.

Elevated temperatures are known to affect the properties of both fresh and hardened concrete. This book describes in detail these effects and explains the mechanisms involved with particular reference to their practical aspects.

Concrete is commonly regarded as a mundane, prosaic material whilst the sea is perceived as a fearsome environment, endowed with mystery. Mystery stems from lack of knowledge, and to that extent both concrete and sea have something in common-we fall a long way short of knowing enough about them. Fortunately we have learned enough from our investigations and experiences to be able to set the limits within which we should operate. It is important for the engineer to seek to quantify the effects of the environment on materials and structures so that these can be made safe and adequately durable for their intended economic life. This is especially true for marine structures. Thus the primary purpose of this book is to provide a useful synthesis of the behaviour of concrete and concrete structures in the marine environment. An outline of the content of the book is provided in the latter part of the first chapter and so will not be anticipated here. The chief aim throughout, however, is to work as far as possible within a context of the appropriate governing physical phenomena, giving due consideration to the mathematical relationships between them. Moreover, without intending to be a design manual, an introduction is given to the sources of information which designers are likely to use, as well as to structural achievements. It is hoped that there should emerge an implicit integration between structure and constituent materials and the surrounding environment.