A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rebar properties in sand-substitute mortars after exposure to high temperatures
This study investigates the effects of fire, cooling methods, and cover thickness, on the behaviour (strength and ductility) of 12-mm diameter rebars embedded in mortars with river sand (RS) substitutes such as granite powder and manufactured sand, with 30 and 50 mm cover thickness. Beyond 500°C, thermal stress induced random spalling of mortar cover, and tension test results showed strength decrement and ductility increment of rebars for air cooling, while the vice versa was observed for water quenching.
Rebar properties in sand-substitute mortars after exposure to high temperatures
This study investigates the effects of fire, cooling methods, and cover thickness, on the behaviour (strength and ductility) of 12-mm diameter rebars embedded in mortars with river sand (RS) substitutes such as granite powder and manufactured sand, with 30 and 50 mm cover thickness. Beyond 500°C, thermal stress induced random spalling of mortar cover, and tension test results showed strength decrement and ductility increment of rebars for air cooling, while the vice versa was observed for water quenching.
Rebar properties in sand-substitute mortars after exposure to high temperatures
Jeyaprabha Balasubramanian (author) / Elangovan Gopal (author) / Dhivya Kamaraj (author) / Sathish Kumar Ponnaiah (author) / Prakash Periakaruppan (author)
2021
Article (Journal)
Electronic Resource
Unknown
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Rebar corrosion in mortars with high limestone filler content
| British Library Online Contents | 2013
Rebar corrosion in mortars with high limestone filler content
| Tema Archive | 2013