...Soumi Rajbanshi; Diptesh Das A passive shape-memory-alloy–rubber-bearing isolator has been developed for seismic protection of offshore jacket platforms. Mathematical modelling of an offshore jacket platform subjected to earthquake ground motions was undertaken, after which a systematic study...

... 25 05 2021 25 05 2021 Emerald Publishing Limited: All rights reserved 2021 concrete mathematical modelling prediction Over the past four decades, there has been interest in studying the potential use of steel-fibre-reinforced concrete (SFRC) to improve the performance...

... Equation 5 in Equation 2 , it yields: 18 06 2020 05 01 2021 ICE Publishing: All rights reserved 2021 concrete structures dams, barrages & reservoirs mathematical modelling The governing equation is a wave equation for the water domain, assuming linearly compressible...

... be approximated by Equation 1 . computational mechanics mathematical modelling risk & probability analysis Uncertainty is introduced in a structure due to uncertainty in the parameters required to characterise it (e.g. geometry, material properties, boundary conditions etc.) and loads...

.... 01 02 2020 10 09 2020 ICE Publishing: All rights reserved 2020 seismic engineering mathematical modelling Following recent earthquakes it was observed that collapsed asymmetric buildings had experienced an increase deformation on their lateral resisting system's flexible...

... is proposed to describe the WFDB of partially restrained purlins, from which the formula for calculating the critical stress of the WFDB is derived. The present model is validated by the results obtained from the finite strip analysis. beams & girders mathematical modelling solid mechanics...

... 08 2020 ICE Publishing: All rights reserved 2020 composite structures concrete structures mathematical modelling With the advancement of technology in the construction industry, new materials such as high-strength concrete (HSC) have been introduced. Because of its improved...

... structures maintenance & inspection mathematical modelling Over the past two decades, fibre-reinforced polymer (FRP) materials have been commonly used in the strengthening and/or retrofitting of deficient and deteriorating concrete structures (Aiello et al., 2014 ; Bank, 2006 ; FIB...

... reserved 2020 buildings, structures & design computational mechanics mathematical modelling The causes of structural non-linearities can be classified into two groups – material and geometric performance. In the first category, the stress–strain relation of the structural material...

... MPa Number of segments 8 Reinforcement ratio of reinforcing steel 0.32 14 08 2019 15 06 2020 ICE Publishing: All rights reserved 2020 concrete structures mathematical modelling tunnels & tunnelling 3 γ = D max − D min D min...

... as a virtual physical substructure. The proposed NHS was verified with some numerical examples, based on which the capability and accuracy of the framework was proven. 16 02 2019 07 11 2019 ICE Publishing: All rights reserved 2019 mathematical modelling seismic engineering steel...

... of 1·0%. 14 02 2019 01 11 2019 ICE Publishing: All rights reserved 2019 concrete structures corrosion mathematical modelling The serviceable life of concrete structures is dictated by the design efficiency and the durability of materials used in their construction...

... 2019 brickwork & masonry conservation mathematical modelling Timber was one of the major construction materials used in Egypt in various ancient and historical eras, despite its scarcity in the country. Over centuries, ancient builders imported the best wood species from Asia, Europe...

... to estimate the peak strength provided by the infill wall under the scenario of middle-column removal. Figure 3. Geometry of the two-floor model (infill walls are not included in this model) and infilled frame model (dimensions in mm) beams & girders concrete structures mathematical...

...% and ultimate true stress 612 MPa. ICE Publishing: All rights reserved 2019 buildings, structures & design mathematical modelling steel structures The use of means of sustainable energy production is considered crucial nowadays in order to preserve the current climate conditions...

..., monotonic and is constrained by a pair of horizontal asymptotes. 14 05 2018 24 01 2019 ICE Publishing: All rights reserved 2019 brickwork & masonry mathematical modelling strength & testing of materials Masonry is realised by putting together, in a system...

... in this paper; the model's efficacy was also checked using test results reported by other researchers. The results predicted by the model showed good agreement with the experimental test data. concrete structures design methods & aids mathematical modelling Concrete was poured into the formwork...

... proportional 3D FE model specimens of this type of connection that were selected for the regression analysis. 16 05 2018 01 11 2018 ICE Publishing: All rights reserved 2019 design methods & aids mathematical modelling seismic engineering The members of steel structures have...

... 12 2018 ICE Publishing: All rights reserved 2019 beams & girders composite structures mathematical modelling Commercial finite-element (FE) software packages have been used in the field of structural engineering for decades due to their efficiency in terms of time...

... for ε ˙ ≤ 30 s − 1 buildings, structures & design mathematical modelling seismic engineering Building pounding is a collision between adjacent buildings which occurs during an earthquake. Pounding damage has been observed in many previous earthquakes. An insufficient...