...Kaustubh Deepak Kasle; B.N. Rao; Shankar Krishnapillai Purpose To model and analyze the dynamic response of an electric vehicle (EV) suspension system and compare it with a conventional internal combustion engine (ICE) vehicle, focusing on passenger comfort and safety. Design/methodology...

...Hongbin Li; Nina Sun; Zhihao Wang Purpose This study aims to improve the positioning accuracy of a large-scale parallel pose alignment mechanism by calibration and error compensation. Design/methodology/approach The dynamic modelling of the parallel pose alignment mechanism is achieved using...

... methods) are directly compared with those by the finite element (FE) method. A two degree-of-freedom (2 DOF) dynamic model of the CRB is applied to investigate the effects of the contact stiffness obtained by different line contact deformation calculation methods on the vibration characteristics...

...Shigeru Tada Purpose It has been well known that the quantum zero‐point energy (ZPE) cannot be conserved in simulations of atoms and molecules dynamics based on classical mechanics. The purpose of this paper is to examine fundamental issues related to the treatment of quantum ZPE constraint...

...Antonio Munjiza; Scott M. Johnson; John R. Williams; Benjamin K. Cook Purpose Though the problem of resolving translational motion in particle methods is a relatively straightforward task, the complications of resolving rotational motion are non‐trivial. Many molecular dynamics and non‐deformable...

...Guo‐Dong Li; Daisuke Yamaguchi; Masatake Nagai Purpose This paper aims to increase the manufacturing accuracy and quality of product by improving the prediction accuracy of forecasting compensatory control (FCC). Design/methodology/approach The dynamic analysis model, which combines grey...

...M. De la Sen Purpose This purpose of this paper is to discuss a linear fractional representation (LFR) of parameter‐dependent systems which are linear in the parameters but uncertain, being eventually time‐varying real‐rational nonlinear parameterizations, and dynamics with constant point delays...

...Boštjan Brank; Said Mamouri; Adnan Ibrahimbegović Purpose Aims to address the issues pertaining to dynamics of constrained finite rotations as a follow‐up from previous considerations in statics. Design/methodology/approach A conceptual approach is taken. Findings In this work...

...O. Allix; P. Feissel; H.M. Nguyen Purpose To propose and develop an identification method of material parameters from dynamics test in the presence of extensively corrupted measurements. Design/methodology/approach The method we propose, which is based on the use of the error in constitutive...

...E.G. Ladopoulos Purpose Aims to propose a new dynamic model for the solution of the three‐dimensional structural analysis problem of a non‐linear (non‐symmetrical) structure which is subjected under seismic forces. Design/methodology/approach This problem is reduced to the solution of a system...

... the dissipation properties of the model. Let us also mention the existence of very similar methods for free vibration problems, such as the minimum dynamic residual expansion (MDRE) (Balmès, 2000) and the modeling error in the constitutive equations (MECE) (Pascual et al., 1998). Most of the updating...

...Gh. R. Heravi; R. Attarnejad The purpose of this paper is to improve the effectiveness of ordinary reduction methods performance, in nonlinear dynamic analysis. In this paper, the error vector due to linear and nonlinear dynamic analysis in generalized subspaces is extracted, and is decomposed...

...Semih Küçükarslan; Safa B. Coşkun In this paper, time domain dynamic analysis of dam‐reservoir interaction is presented by coupling the dual reciprocity boundary element method in the infinite fluid domain and the finite element method in the solid domain. An efficient coupling procedure...

..., this paper describes a software implementation of this formulation, which utilizes the Java programming language and the Java3D graphics application programming interface (API), as well as database technology. Finite element analysis Simulation Dynamics In many physical phenomena and engineering...

... Mechanics Dynamics Finite element analysis Equilibrium methods The Morse potential describes the pair potential energy Φ(r_{ij) of two atoms i and j with a distance rij as Equation 1 where D and α are constants}...

...B. Bouhafs; K. Woznica; P. Klosowski In this paper, the problem of the elasto‐viscoplastic dynamic and thermal behaviour of geometrically non‐linear plates and shells is studied under the assumption of small strains and large rotations. The first‐order shear deformation shell theory...

...D.W. Jung; D.J. Yoo; D.Y. Yang In the present work a rigid‐plastic finite element formulation using a dynamic explicit time integration scheme is proposed for numerical analysis of sheet metal forming processes. The rigid‐plastic finite element method, based on membrane elements, has long been...