High strength concrete
The definition of high strength concretes is continually developing. In the 1950s a cube strength of 35MPa was considered high strength, and in the 1960s compressive strengths of up to 50MPa were being used commercially. More recently, compressive strengths approaching 140MPa have been used in cast-in-place buildings. Eurocode 2 allows for concrete strengths of up to 105MPa cube strength. There is no definition of high strength concrete in Eurocode 2, but the measures and formulae change when the concrete strength is greater than C50/60 so this seems a reasonable working definition.
High-strength concrete columns can hold more weight and therefore be made slimmer than regular strength concrete columns, which allows for more usable space, especially in the lower floors of buildings.
This publication seeks to provide information for structural engineers who are designing tall buildings in concrete.
Gives likely structural options for a concrete frame, with useful points to note - written by engineers for engineers.
This document provides information on the material and resource efficiency of concrete and masonry.
This publication widens the understanding of post-tensioned floor construction and illustrates the considerable benefits.
Concrete's ability to provide passive cooling is widely applied in both new and refurbished buildings; this guide explains thermal mass and its advantages.
A magazine to celebrate 10 years of the concrete industry sustainable construction strategy.
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This publication assists engineers in understanding the common challenges of building tall.
The buildings from 70 years of Concrete Quarterly.
An all-you-need-to-know guide on the specification of sustainable concrete.