... of the cable's vibration (Di et al., 2022 ; Main and Jones, 2002 ; Pacheco et al., 1993 ; Tabatabai and Mehrabi, 2000). 05 07 2023 22 05 2024 Emerald Publishing Limited: All rights reserved 2025 bending stiffness bridges cables & tendons high-damping rubber...

... ) = f − ∫ V B ( u ) T σ d V = 0 beams & girders cables & tendons composite structures external pre-stressed Nowadays the use of externally pre-stressed steel–concrete composite beams (EPSCCBs) is spread worldwide for the construction of new bridges...

... optimised to provide the required headroom for architectural and mechanical needs at critical bays. Haunched beams with deeper sections at the column faces and reduced depth at mid-span were used. bowl design cables & tendons cast-in-place concrete construction design lightweight structures...

... to the main pier, arch foot and girder. Figure 1. Xiangfeng River Bridge in Liaoning Province, China: (a) elevation; (b) front view Emerald Publishing Limited: All rights reserved 2022 bridges cables & tendons composite structures testing & evaluation In recent years...

... is a new topic and could attract the interest of other researchers and practitioners. 18 08 2020 05 01 2021 ICE Publishing: All rights reserved 2021 beams & girders cables & tendons design methods & aids The concrete used was a ready-mix concrete of target...

... for the reaction forces of dampers. Viscous dampers with a coefficient damping of C_d reduce the structural responses to earthquakes or other vibration inputs. 06 08 2019 03 07 2020 ICE Publishing: All rights reserved 2021 buildings, structures & design cables...

... specimens with triple- or quadruple-strand tendons after exposure to elevated temperatures failed by either through splitting or partial splitting, depending on whether or not the test temperature exceeded 400°C. 16 04 2020 29 07 2020 ICE Publishing: All rights reserved 2020 cables...

... 06 2019 ICE Publishing: All rights reserved 2019 beams & girders bridges cables & tendons Prestressed concrete composite girder bridges with corrugated steel webs (CSWs) are a new type of composite structural bridge that use CSWs instead of concrete webs (Elkawas et...

... of 3150 kg/m³ is used. The physical and mechanical properties of this material are given in Table 1 . 16 11 2018 16 04 2019 ICE Publishing: All rights reserved 2019 cables & tendons composite structures slabs & plates Owing to the excessive cost...

... of freedom command in OpenSees software. The developed finite-element model of the bridge with lumped mass is shown in Figure 1 . 13 01 2018 29 09 2018 ICE Publishing: All rights reserved 2018 bridges cables & tendons dynamics Non-linear static analysis (pushover...

... with external prestressing by conducting a parametric study. It was found that, as the compressive strength of the concrete and the effective prestressing stress increased, the ultimate load capacity increased. cables & tendons composite structures steel structures Two types of structures...

.... The (1 + 6) prestressing strand has one core wire of 5·24 mm dia. and six helical wires of 5·02 mm dia. wrapped around the core wire. All the specimens were 1000 mm long. Figure 1 shows the strain–stress curve for the strand by static tensile test. cables & tendons failure Strength...

...)) and dissipate input energy through yielding (M_m > M_u ≥ 0) (Figure 1(f)) cables & tendons statistical analysis steel structures Ensuring the safety of life by controlling the non-linearity of structural elements is the main objective of modern seismic...

... implemented in SAP2000. Model 1 (Figure 3(a)) was three dimensional, including the cables and the glass panes. Figure 3. Characterisation of the FE models 17 06 2015 17 07 2015 ICE Publishing: All rights reserved 2015 buildings, structures & design cables & tendons...

... double-end stressed. cables & tendons concrete structures viaducts The South African post-tensioning standard, Sans 2001-CC1 (Sabs, 2007), stipulates that the material properties of a seven-wire strand should be in accordance with BS 5896 (BSI, 2012). BS 5896 and EN 1992-1-1 (CEN, 2004...

... & design cables & tendons maintenance & inspection Because of their elegant aesthetic effects in architecture, glass curtain wall structures supported by single cable net have been widely used as façade in modern steel buildings. Studies have been conducted to investigate the mechanical...

... with suggestions for further work, are then given. 17 5 2013 10 10 2012 ICE Publishing: All rights reserved 2013 cables & tendons columns mathematical modelling A, A_s cross-sectional area of main column and stay, respectively a length...

... (MFE) analysis based on the calculation of the cross-section response and non-linear FE analysis were used. The use of two models allows mutual validation and gives more confidence in the interpretation regarding the beam response deterioration. concrete structures beams & girders cables...

... reserved 2011 buildings, structures & design cables & tendons steel structures A coefficient matrix B node coordinate matrix C free node matrix C _f fixed node matrix c(i, j) an element...

...-shortening caused by the initial out-of-straightness would be the same (Wadee, 2000), thus 10 7 2009 28 1 2008 © 2010 Thomas Telford Ltd 2010 cables & tendons columns mechanical engineering A prestressed steel stayed column (Figure 1) is a structural component...