Titlebook: Durability of Strain-Hardening Fibre-Reinforced Cement-Based Composites (SHCC); F. Wittmann,G. Van Zijl Book 2011 RILEM 2011 Fibre-reinfor

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F. Wittmann,G. Van ZijlOf great value to both researchers and practitioners.First comprehensive discussion of SHCC.Includes field applications.Includes supplementary material:

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bromide

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peak-flow

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Multitier Debugging of Web Applicationsderate fibre volume content, yet tight crack control over a large strain range. Durability is achieved through crack width limitation. The report layout facilitates SHCC characterisation and durability design, with chapters on durability under mechanical, chemical, thermal and combined loads, follow

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Sebastian K?bisch,Richard Kuntschkeck bridging by fibres. This leads to pseudo strain-hardening in SHCC. The important feature to be considered for durability design of SHCC, which is the focus in this report, is the crack-control exhibited by this class of materials in the strain-hardening phase. The crack control in SHCC subjected

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admission

Selecting Materials for Wound Closure,s induced either by service loads or by fire possibly causing damage to the microstructure of the material; (ii) heat released during cement hydration that causes thermal gradients and may lead to cracking; and (iii) low temperatures which cause freezing and can degrade the durability of the structu