...Manish Kumar Gupta, PhD Copper high-impact analysis is critical for understanding characterization at dynamic strain rates. The dynamic behaviour of any material is influenced by numerous components of a split Hopkinson pressure bar (SHPB), such as striker forms, striker speed, striker length, bar...

... velocities, and fluctuates around a level under dynamic mode. Even though some investigations mentioned above involve the in-plane mechanics of CCHPHs, they only cover the in-plane deformation modes and dynamic plateau stresses of CCHPHs. In-plane stress–strain curves and energy absorption are also...

.../parameters beyond the full control of the investigator. Some useful comments and conclusions are drawn. concrete structures dynamics mathematical modelling The object of this paper is to include the effects of warping and rotational inertia in a distinctive triply coupled (free) vibration analysis...

... and is elastically restrained in the direction perpendicular to the remaining sides; all four sides, however, are permitted to displace parallel to the direction of wave motion. The context of this work in relation to earlier ones is summarised in Table 1 . dynamics mathematical modelling solid mechanics...

...Reza Mahmoudi, MSc; Hosein Ghaffarzadeh, PhD; Elshan Ahani, MSc; Javad Katebi, PhD In this paper, the sliding mode control (SMC) method, one of the most efficient algorithms in the mitigation of excessive vibrations, was designed to reduce the dynamic responses of dynamical systems. Direct...

... formulae proposed to date is performed, where the formulae are classified according to the formulation methods. 29 09 2017 26 02 2019 ICE Publishing: All rights reserved 2019 buildings, structures & design dynamics failure Analysis of extensive air blast tests conducted...

... dampers. It also showed that trained ANNs could accurately evaluate the performance of a tuned mass damper in a fraction of a second compared with several hours using a MCS. 11 10 2017 22 03 2019 ICE Publishing: All rights reserved 2019 buildings, structures & design dynamics...

... the effectiveness of a traditional anti-cascade load case, and the second examines the vulnerability of an existing 230 kV TL to longitudinal cascades. ICE Publishing: All rights reserved 2018 electrical engineering & distribution dynamics steel structures Power companies in many countries...

...) model is presented as ICE Publishing: All rights reserved 2016 composite structures dynamics steel structures In today's built environment, strengthening of existing steel structures is often necessary to extend its service life. The need for strengthening may be the result of one...

...Ian P. Ward, BSc, MSc, CEng, FIMechE, MInstP A key requirement of offshore wind turbine foundations is that the fundamental frequency of the structure should lie within the required range stipulated by the turbine supplier. If this is not achieved then excessive turbine-induced dynamic stresses...

... to its low thermal conductivity. The ductile metal constituent, on the other hand, prevents fracture caused by stresses due to the high temperature gradient in a very short span of time. As such, theoretical (or computational) approach has been performed to study the dynamic behaviour of functionally...

... function of stress. Their primary concerns were the shock formation phenomenon in granular materials, the propagation velocity of the shock front and the role of contact mechanics in studying compression waves. 17 1 2014 09 4 2013 ICE Publishing: All rights reserved 2014 dynamics...

... with a type number as listed in Table 1 . There is a one-to-one link between element families in that element U11 is used together with element U1, U12 with U2 and U13 with U3. 17 7 2012 15 5 2012 ICE Publishing: All rights reserved 2014 computational mechanics dynamics seismic...

.... 15 3 2013 10 5 2012 ICE Publishing: All rights reserved 2014 blast concrete structures dynamics A_g cross-sectional area of column B column breadth D column depth EI flexural stiffness f_ck...

..., using dynamic finite-element analysis to look at blast effects on a wide range of structures. The accepted definition of what risk mitigation is ‘reasonably practicable' is that the cost of the mitigation is not grossly disproportionate to the level of the risk. This is where modelling can really help...

... behaviour, particularly of moist sands, to reflect the general features of the response of granular materials such that any sand or soil could be described with minimal characterisation overhead. 10 6 2013 22 5 2013 ICE Publishing: All rights reserved 2013 dynamics mathematical...

... improvised explosive device. The structure includes a protective slab designed to provide a barrier between the blast load and a densely occupied commercial floor. The blast load derivation was carried out using commercially available computational fluid dynamics (CFD) (hydrocode) software to predict shock...

... degrees of freedom will have the same response, based on the combined mass and the resistance of the second leaf. If the second leaf rebounds, the debris will be thrown outwards once the rebound velocity peaks. 29 5 2013 16 4 2013 ICE Publishing: All rights reserved 2013 dynamics...

... (http://www.cpni.gov.uk/) being a key driving force. 01 10 2012 06 6 2012 ICE Publishing: All rights reserved 2013 computational mechanics design methods & aids dynamics i_r positive normal reflected impulse (kPa ms...

... plates subjected to cleared and non-cleared blast loads. These were compared with predictions from explicit dynamic finite-element and single-degree-of-freedom models, in which the blast loading was derived by applying a simple correction to the empirical blast prediction method. The results presented...