Dynamic Substructures Analysis of Combined Systems "Foundation - Structure - Equipment - Pipelines"

Alexandr M. Belostotsky; Pavel A. Akimov; Alexey L. Potapenko; Vladislav V. Vershinin; Sergey V. Scherbina

doi:10.4028/www.scientific.net/AMR.1040.658

Paper Titles

Heat and Mass Transfer in Viscous Fluid Flows in Open Cavities with Moving Boundaries under Cooling the External Contour
p.638

Evaluation of Gravitational Force Effect on Balancing Processes in Liquid-Type Autobalancing Devices
p.642

The Asymptotic Analysis of the Nonstationary Problem of Variable Shear Loading on the Boundary of an Incompressible Solid
p.646

Dynamic Substructures Analysis of Combined Systems "Foundation - Structure - Equipment - Pipelines"
p.658

Correct Multilevel Discrete-Continual Finite Element Method of Structural Analysis
p.664

An Apparatus for Implementing the Thermal Cycle for Plasma Surfacing of Metallurgical Equipment
p.673

Features of the Power Characteristics of the Vibration Isolators
p.678

Investigation of the Influence of Hydroimpulsive Mechanism Design Parameters on the Formed Impulse
p.682

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Dynamic Substructures Analysis of Combined Systems "Foundation - Structure - Equipment - Pipelines"

Abstract:

The present paper is devoted to research and development of methods of advanced static and dynamic analysis of structures, based on application of flexible hierarchical substructure models “foundation – structure – equipment – pipelines”, implemented in certified software application packages, convenient for practical industrial use. Contemporary finite element software application packages (universal – ANSYS, ABAQUS – and self-engineered – STADYO, ASTRA-NOVA products) are used for justification of nuclear power facilities.