... of composite poles (Dai and Chen, 2008 ; Polysois et al., 1998). ICE Publishing: All rights reserved 2019 composite structures stress analysis wind loading & aerodynamics The shear capacity of the composite angle is tested by considering the shear force acting separately...

... & design steel structures stress analysis A structure to transfer and bear loads is constituted by various components through connections. The behaviour of connections with much complexity is potentially the weakest points in structures. If connections are not designed properly and fabricated...

... stress analysis Modelling and analysis for engineering mechanics bring many challenges. The topic of this paper is about the challenges around data in engineering practice and their effects on the analysis. The three challenges are incomplete data, underlying uncertainty in data...

... as 7 γ = 2 9 ( ε x − ε y ) 2 + ( ε y − ε z ) 2 + ( ε z − ε x ) 2 + 1 3 ε x y 2 + ε y z 2 + ε x z 2 computational mechanics geotechnical engineering stress analysis The hardening soil (HS...

...) change is due to the technological equipment location or a significant change in load on separate sections of continuous, multiply connected slabs and in a number of other cases. mathematical modelling shallow foundations stress analysis elastic wedge (variable thickness layer) 3 ω...

... and physical quantities are identified by the following dimensionless quantities 4 ρ = r R , ξ = w h , ψ = N r E h , ω = q R 4 E h 4 computational mechanics solid mechanics stress analysis Consider a circular plate...

... and topside 17 02 2017 13 05 2017 ICE Publishing: All rights reserved 2017 codes of practice & standards offshore engineering stress analysis Reinforced concrete is an inherently non-linear material. Under design loading the concrete is expected to crack, altering...

... 08 2016 ICE Publishing: All rights reserved 2016 composite structures computational mechanics stress analysis Composite T-joints are found in structural components such as the skin–spar in wind turbine blades (Figure 1(a)) (Sloan, 2009) and aircraft wings and road vehicles...

... This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. computational mechanics concrete structures stress analysis Recently...

...Haojie Lian, BEng, MSc; Robert N. Simpson, MEng, PhD; Stéphane P. A. Bordas, MSc, PhD The focus of this paper is the description and numerical validation of a computational method where stress analysis can be performed directly from computer-aided design data without mesh generation. The clear...

... in contact. It has the following expression (2) p = 4 3 1 c R 1 R 2 R 1 + R 2   Δ δ i , j 3 / 2 ICE Publishing: All rights reserved 2013 computational mechanics research & development stress analysis c...

... failures mathematical modelling stress analysis Finite-element practitioners focused on non-linear structural analysis and ‘failure prediction' have enjoyed several decades of advances in hardware and software, and corresponding increases in capabilities supporting structural engineering. But one...

... Telford Ltd 2011 buildings, structures & design computational mechanics stress analysis Figure 1. Principle of masonry element. Joints are introduced with additional degrees of freedom (DOF). Joints are represented by full lines, element boundaries by dashed lines where...

... L 3 + a 15 L 1 L 2 L 3 2 (10) K = h ∫ ∫ B T D B   d x   d y © 2011 Thomas Telford Ltd 2011 computational mechanics solid mechanics stress analysis The cubic strain triangle (CuST) may...

... equilibrium equations. If this study of equilibrium leads to a unique solution then the structure is statically determinate; if not, it is hyperstatic, and further equations must be written. © 2010 Thomas Telford Ltd 2010 brickwork & masonry buildings, structures & design stress analysis...

... Telford Ltd 2010 brickwork & masonry bridges stress analysis A cross-section area at any point x a arch central rise b effective width of the arch d ring thickness at the crown dk increment of length along unit...

... modelling strength & testing of materials stress analysis Classical continuum mechanics considers constitutive models that do not take into account the microstructure of materials, since its direct effect is negligible in most cases. In cases where the effect of microstructure becomes more...

... a curve that is composed of small segments defined by solutions of linear BV problems. © 2010 Thomas Telford Ltd 2010 computational mechanics mathematical modelling stress analysis The aim of the present paper is to reduce solving the two-point non-linear BV problem to solving a sequence...

... of heat of hydration introduced per volume; ρ is the material density; and c is the specific heat. 22 4 2009 03 8 2008 © 2010 Thomas Telford Ltd 2010 mathematical modelling stress analysis thermal effects The temperature control of roller-compacted concrete (RCC...

..., in which the most important member is floor slabs. 23 7 2009 28 1 2008 © 2010 Thomas Telford Ltd 2010 concrete structures mathematical modelling stress analysis In the past two decades, a significant amount of research has been conducted into the performance of composite...