6. Feujofack Kerma, B.V. and C. Loss (2022). “Deconstructable hybrid connections for the next generation of mass timber prefabricated buildings 2.0.” Research Report for BC Forestry Innovation Investment Ltd, The University of British Columbia, 45pp. [Link to Report] 

5. Owolabi, D. and C. Loss (2022). “Investigating the structural performance of a modular prefabricated dry-assembly mass timber-steel hybrid floor element.” Research Report for BC Forestry Innovation Investment Ltd, The University of British Columbia, 32pp. [Link to Report] 

4. Shulman, S., and C. Loss (2021). “Deconstructable Hybrid Connections for the Next Generation of Prefabricated Mass Timber Buildings.” Research Report for BC Forestry Innovation Investment Ltd, The University of British Columbia, 27pp. [Link to Report] 

3. Loss, C., M. Piazza and R. Zandonini (2016). Loading tests on a full-scale prototype of steel-timber hybrid floor (in Italian). In “Live to Live” Project: Research report No 3. University of Trento, Department of Civil, Environmental and Mechanical Engineering, 195 pp. ISBN: 978-88-8443-692-4. [Link to Report] 

2. Loss, C., M. Piazza and R. Zandonini (2016). Bending tests on steel-timber floor composite elements (in Italian). In “Live to Live” Project: Research report No 2. University of Trento, Department of Civil, Environmental and Mechanical Engineering, 362 pp. ISBN: 978-88-8443-691-7. [Link to Report]

1. Loss, C., M. Piazza and R. Zandonini (2016). Experimental characterization of timber-timber and steel-timber connections (in Italian). In “Live to Live” Project: Research report No 1. University of Trento, Department of Civil, Environmental and Mechanical Engineering, 312 pp. ISBN: 978-88-8443-690-0. [Link to Report]