Slab Construction Load Affected by Shore Stiffness and Concrete Cracking

doi:10.14359/51683366

Cited by 4 publications

(2 citation statements)

References 12 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…Table 1 contains a summary of all the proposed calculation methods formulated up to the present time. [36] 1952 Sweden Grundy & Kabaila [37] 1963 Australia Taylor [47] 1967 Australia Liu et al [48] 1986 USA Aguinaga & Bazant [49] 1986 Spain-USA Mosallam & Chen [40] 1991 USA El-Shahhat & Chen [50] 1992 USA Duan & Chen [41] 1995 USA Beeby [43] 2001 UK Fang et al [51] 2001 China Prado et al [53] 2003 Brazil Kajewski [54] 2005 Australia Fang et al [52] 2009 China Park et al [55] 2011 South Korea Calderón et al [46] 2011 Spain Buitrago et al [59] 2016 Spain Buitrago et al [60] 2016 Spain…”

Section: Methods Of Estimating Load Transmission Between Slabs and Shmentioning

confidence: 99%

“…In 1994 Moragues et al [64] installed sensors on shores in two buildings to study slab-shore In 2001 Beeby [43,66] [61] 1974 Canada Lasisi & Ng [62] 1979 Canada Ambrose et al [63] 1994 USA Moragues et al [64] 1994 Spain Rosowsky et al [65] 1997 USA Beeby [43,66] 2001 UK Fang et al [44] 2001 China Vollum et al [67,78] 2002-2003 UK Puente et al [68] 2007 Spain Azkune et al [69,70] 2007-2010 Spain Alvarado et al [45,71] 2009 Spain Park et al [55] 2011 South Korea Gasch et al [72][73][74][75] 2012-2015 Spain Huang & Liu [76] 2014 China Zhang et al [19,77] 2016 Australia…”

Section: Experimental Studiesmentioning

confidence: 99%

See 1 more Smart Citation

Load transmission between slabs and shores during the construction of RC building structures – A review

Buitrago

Adam

Moragues

et al. 2018

Engineering Structures

View full text Add to dashboard Cite

Shoring successive floors is at present the most frequently used technique when constructing reinforced concrete (RC) building structures. This technique allows the recently poured slabs to be supported by the lower slabs by means of shores. Considering the particular characteristics of shoring successive floors, it is very important to be able to estimate how loads are transmitted between shores and slabs in order to maintain adequate structural safety and avoid situations of risk or even collapse in buildings under construction. The transmission of loads from shores to slabs during all the construction stages is a complex phenomenon and has been the subject of numerous studies, especially in recent years. The research carried out to date has included experiments on full-scale buildings and the development of advanced numerical models, the estimation of the loads acting on slabs during construction, the definition of simplified calculation methods to estimate loads on slabs and shores during building construction and estimating the appropriate construction times taking into account the evolution of the mechanical properties of early-age concrete. This paper was conceived in order to give an answer to: 1) advances in the field of constructing RC building structures, 2) the growing interest of the scientific community, and 3) the need for the structural and construction engineering sector to have the tools available to increase the safety and design of building construction processes. The paper is unique in the field of RC building structures in that it is the widest, most complete and most ambitious review carried out to date and includes the most important advances in the study of slab-shore load transmissions. This work will be of interest 2 to researchers who wish to go deeper into the field of building construction, and to more experienced professionals who require all the up-to-date information in a single document. However, engineers, architects and builders could also find the paper an excellent guide that will help them to improve their daily work in the field of designing and constructing buildings.

show abstract