A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Gypsum-based fibre-reinforced composites: an alternative to timber
Investigations have been carried out on the development of natural and glass-fibre-reinforced boards based on gypsum plaster produced by calcining natural as well as by-product gypsum. The characteristics of β-hemihydrate plaster and high-strength water-resistant gypsum binder developed from phos-phogypsum and the plasterboards/composites (sisal, coir and glass fibres) are discussed and the use of gypsum boards as an alternative to timber is highlighted.
Gypsum-based fibre-reinforced composites: an alternative to timber
Investigations have been carried out on the development of natural and glass-fibre-reinforced boards based on gypsum plaster produced by calcining natural as well as by-product gypsum. The characteristics of β-hemihydrate plaster and high-strength water-resistant gypsum binder developed from phos-phogypsum and the plasterboards/composites (sisal, coir and glass fibres) are discussed and the use of gypsum boards as an alternative to timber is highlighted.
Gypsum-based fibre-reinforced composites: an alternative to timber
Singh, Manjit (author) / Garg, Mridul (author)
Construction and Building Materials ; 8 ; 155-160
1994-04-05
6 pages
Article (Journal)
Electronic Resource
English
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