... Emerald Publishing Limited 2025 Emerald Publishing Limited Licensed re-use rights only composite structures encased aluminium plates finite element methods perforated aluminium plates shear strength Figure 2. Stress–strain relationship of cubic SCC samples A graph depicts...

... Emerald Publishing Limited: All rights reserved 2025 carbon-fibre-reinforced (CRRP) sheets cement cementitious materials composite materials concrete structures finite element methods shear strengthening f_c compressive strength of concrete...

... of finite-element simulations were found to be in good agreement with the experimental results. composite materials fibre-reinforced concrete finite element methods interfacial mechanical properties numerical modelling ultra-high-performance concrete F_i...

...-related properties finite element methods hysteretic behaviour rehabilitation seismic design skeleton curve Reinforced concrete (RC) structures have been widely built across the world owing to their low construction cost and excellent structural performance. However, the high concentration...

... element methods mechanical model punching shear slabs & plates The deterioration attributable to corrosion in reinforced concrete (RC) building structures is a crucial topic as many existing structures are still in operation which have a greater probability of notable corrosion...

... being pulled out from the cementitious matrix. Figure 8. Test set-up: (a) pull-out test; (b) single shear test 05 06 2021 14 01 2022 ICE Publishing: All rights reserved 2022 bond cement/cementitious materials finite element methods pull-out testing...

... greater than those predicted by conventional diurnal tide models. This substantial difference justifies the importance of the correct choice of tide model for durability studies in the tidal zone. durability-related properties finite element methods modelling Corrosion of steel in reinforced...

... load changes of 5% or more trigger a re-calculation, since smaller changes were not found to affect the post-peak response considerably. 03 04 2021 05 11 2021 ICE Publishing: All rights reserved 2022 failure finite element methods shear Many existing reinforced...

... conductivity = 0.097 W/(m·K) and specific heat = 1047 J/(kg·K). 11 06 2021 11 06 2021 ICE Publishing: All rights reserved 2021 finite element methods structural analysis temperature-related & thermal effects Concrete-filled double-skin steel tubular (CFDST) columns have...

... finite element methods modelling Alkali–aggregate reaction (AAR) is one of the most harmful distress mechanisms affecting concrete infrastructure worldwide (Fournier and Bérubé, 2000). Overall, AAR can be subdivided in two main categories: alkali–carbonate reaction (ACR) and alkali–silica...

... 2021 finite element methods modelling structural analysis Multi-span reinforced concrete wall piers support a large number of highway bridges. Multi-directional ground motion excitation should be considered for comprehensive seismic performance assessment of wall piers. In general...

... materials finite element methods As a typical heterogeneous particle composite, concrete can be simulated by a multiphase material composed of cement mortar matrix, coarse aggregate, cohesive band between the matrix and aggregate, and the initial defects at the mesoscopic level (Agar Ozbek...

... rights reserved 2020 cracks & cracking finite element methods modelling Reinforcement corrosion in ageing reinforced concrete (RC) structures is a major problem (Broomfield, 2007). According to Tilly (2007) , reinforcing steel corrosion is the most common mode of degradation of RC...

... compressive strength finite element methods Concrete-filled steel tubes (CFSTs) have wide applications in multistorey buildings, towers, bridges, subway stations and poles, owing to their excellent properties, such as high section capacity, favourable ductility, outstanding energy absorption capacity...

.... 16 11 2019 18 02 2020 28 02 2020 ICE Publishing: All rights reserved 2020 finite element methods plain concrete shear Reinforced concrete (RC) shear walls are widely used as a lateral load resisting system in medium and tall buildings to provide resistance and non...

... are heated before pressure is applied to avoid thermal shock between the lining and the load. cement/cementitious materials finite element methods stress Refractory linings are widely used in various industries (metallurgy, petrochemical, building materials and so on), mainly...

... in the tensile loading. The Newton–Raphson incremental–iterative solution method was used in the calculation. 22 06 2019 19 12 2019 13 01 2020 ICE Publishing: All rights reserved 2020 finite element methods structural analysis tensile properties Concrete-filled steel...

... is more effective. However, the results show that stirrups make an important contribution to the control of concrete cracking. ICE Publishing: All rights reserved 2019 anchors & anchorages finite element methods prestressed concrete The design of post-tensioning local anchorage zones...

...-cost secondary defence for preventing the propagation of progressive collapse. Therefore, it is important to investigate the post-punching mechanism and resistance of the slab–column joints to mitigate the progressive collapse of flat plate systems. finite element methods slabs & plates...

... levels. Discontinuously welded stiffeners can improve the ultimate strength and ductility, but the amplitude is limited. Finally, a finite-element model was developed; the predicted results agree well with the test results. finite element methods loads & loading testing, apparatus & methods...