Edinburgh Research Explorer

Notched mini round determinate panel test to calculate tensile strength and fracture energy of fibre reinforced cement-stabilised rammed earth

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Standard

Notched mini round determinate panel test to calculate tensile strength and fracture energy of fibre reinforced cement-stabilised rammed earth. / Ciancio, Daniela; Beckett, Christopher; Buratti, Nicola; Mazzotti, Claudio.

Rammed earth construction: Cutting-edge research on traditional and modern rammed earth. Taylor and Francis Ltd., 2015. p. 75-78.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Harvard

Ciancio, D, Beckett, C, Buratti, N & Mazzotti, C 2015, Notched mini round determinate panel test to calculate tensile strength and fracture energy of fibre reinforced cement-stabilised rammed earth. in Rammed earth construction: Cutting-edge research on traditional and modern rammed earth. Taylor and Francis Ltd., pp. 75-78.

APA

Ciancio, D., Beckett, C., Buratti, N., & Mazzotti, C. (2015). Notched mini round determinate panel test to calculate tensile strength and fracture energy of fibre reinforced cement-stabilised rammed earth. In Rammed earth construction: Cutting-edge research on traditional and modern rammed earth (pp. 75-78). Taylor and Francis Ltd..

Vancouver

Ciancio D, Beckett C, Buratti N, Mazzotti C. Notched mini round determinate panel test to calculate tensile strength and fracture energy of fibre reinforced cement-stabilised rammed earth. In Rammed earth construction: Cutting-edge research on traditional and modern rammed earth. Taylor and Francis Ltd. 2015. p. 75-78

Author

Ciancio, Daniela ; Beckett, Christopher ; Buratti, Nicola ; Mazzotti, Claudio. / Notched mini round determinate panel test to calculate tensile strength and fracture energy of fibre reinforced cement-stabilised rammed earth. Rammed earth construction: Cutting-edge research on traditional and modern rammed earth. Taylor and Francis Ltd., 2015. pp. 75-78