Computational Mechanics
Multi Fidelity Design Optimization: Challenges In Complex Physics based Computational Mechanics
... of computational mechanics, such as the design of next generation military ...low computational cost may very well be the greatest obstacle combating computational ...
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A Computational Mechanics Model for the Delamination and Buckling of Paper during the Creping Process.
... More results in crack propagation of bi-material were demonstrated, such as the transonic delamination of bi-material interface, shock waves emanated from the crack contact zone. Parallel computational and ...
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Improved parallel mesh generation through dynamic load-balancing
... Touheed, N. and Jimack, P.K. (1997) Improved parallel mesh generation through dynamic load-balancing. In: Topping, B.H.V., (ed.) Advances in Computational Mechanics with Parallel and Distributed Processing. ...
9
Use of Polynomial Shape Function in Shear Deformation Theory for Thick Plate Analysis
... Bending and free vibration analysis of thick isotropic plates by using exponential shear deformation theory.. Applied and Computational Mechanics 6, pp.[r] ...
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Guide for Verification and Validation in Computational Solid Mechanics
... occasional computational mechanics user, ...is computational analysts, experimentalists, code developers, and physics model developers, and their managers, who are prepared to read a technical ...
10
Knowledge based engineering system (kbes) for mechanic design activities
... Engineering, through the Solid Mechanics and Computational Mechanics topics, has had the duty to improve the products manufacturing processes through knowledge creat[r] ...
8
p-Version Direct Time Integration Method and Adaptive Procedure for Structure Dynamic Analysis
... In recent years, error estimation and adaptive techniques have been emphasized in research on computational mechanics. The ultimate goal is to make the numerical solutions reliable in an efficient and ...
6
Isotropic hyperelasticity in principal stretches : explicit elasticity tensors and numerical implementation
... use of symmetric dyadic products of the principal directions, which enables Voigt notation and reduces the computational effort. The final consideration is the required algorithm for detection of numerical ...
16
Computational Platform for Safety and Life-cycle Assessment of RC/PC Shells
... Chemo-physical and mechanical modeling of concrete with greatly different scales of geometry was presented, and synthesized on a unified computational platform which may bring about quantitative assessment of ...
8
Integrating planar polarity and tissue mechanics in computational models of epithelial morphogenesis
... 12, 56011 447 •• This computational study couples a model of polarisation of Rho-kinase, myosin 448 and Bazooka with a vertex model to understand the interplay between planar polarity 44[r] ...
25
An analog of Titchmarsh's theorem for the Bessel transform in the space $\mathrm{L}_{p,\alpha}(\mathbb{R}_{+})$
... Integral transforms and their inverses (e.g., the Bessel transform) are widely used to solve various problems in calculus, mechanics, mathematical physics, and computational mathematics [r] ...
6
Foundations of computational geometric mechanics
... system. Computational geometric mechanics aims, in part, to address this and other questions, but understanding the global behavior of integrators, and their underlying geometry, we are hindered by the ...
287
Numerical Simulation of the Flow of Crowds at the Jamarat Bridge during the Annual Hajj Event
... a computational fluid dynamics program is used to solve Navier-Stokes equations governing the mechanics of homogeneous and incompressible fluid in a domain similar to the Jamarat Bridge from the entrance to ...
11
Tensor Arithmetic, Geometric and Mathematic Principles of Fluid Mechanics in Implementation of Direct Computational Experiments
... each computational cell-liquid particle, for which the computational algorithms as well as functional logic of physical phenomena and processes synthesis is being provided by arithmetic logic cores ...
6
Parallel Partitioned Simulations of Real World’s Coupled Problems
... In the present one-way coupling analysis, the REVOCAP_Coupler (Yoshimura et al., 2008), which is a family of ADVENTURE_Coupler, was employed. Time dependent pressure fluctuations on the exterior surfaces of the vehicle ...
16
Vibration of C-C-C-C Non-Homogeneous Square Plate with Non-Uniform linearly varying Thickness and Thermal Effect
... The objective of the present study is to find the first two modes of vibrations. It is found to be difficult and expensive for an engineer for conducting experiments of plate structure. Although, in accordance with ...
8
Computational Modeling of the Mechanics of Elastic Structural Lattices: Effects of Lattice Architecture and Hierarchy
... A computational methodology based on finite-element substructuring was employed to gain the efficiency required to simulate complex hierarchical lattices containing large numbers of individual truss members ...
128
Finite increment calculus (FIC): a framework for deriving enhanced computational methods in mechanics
... in mechanics has a finite size leads to a modified set of FIC governing differential equations that incorporate the space and time dimensions of the balance ...
18
Variational time integrators in computational solid mechanics
... Chapter 3 fully develops the theory and implementation of AVIs for continuum mechanics prob- lems. It introduces a particular class of space–time discretization and defines the discrete La- grangians. It then ...
134
A Bioinspired Computational Model of Cardiac Mechanics: Pathology and Development
... The computational approaches based on finite element models are capable of exploring such issues as optimization of fiber architecture [45], perfor- mance of normal and dilated failing hearts when the finite ...
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