Study on Finite Dynamic Element Method for Dynamic Consolidation

Xiu Guang Song; Xiu Yuan Ma; Jin Zhang Liu

doi:10.4028/www.scientific.net/KEM.261-263.567

Paper Titles

Analysis of Piezoelectric Fracture under Combined Mechanical and Electrical Loading based on Meshless Method
p.543

Reliability Analysis of Steam Turbine Blade Using Monte Carlo Simulation
p.549

Magnetostrictive Terfenol-D Material Linear Simulation Using a Coupled FE-BEM
p.555

An Improved FOSM Method for Calculating the Failure Probability of Welded Pipes with Cracks
p.561

Study on Finite Dynamic Element Method for Dynamic Consolidation
p.567

A Fractional Two-Step Finite Element Formulation for Unsteady Free Surface Flow Using ALE Method
p.573

Finite Element Analysis on the Scoring and the Opening Process of Steel Can
p.579

Equivalent Finite Element Modeling of Thick Composite Structures for Analysis of Composite Hingeless Hub System
p.585

A Study on the Stability Analysis According to Hinge Condition of Micro Stage for Micro Cutting Machine
p.591

HomeKey Engineering MaterialsKey Engineering Materials Vols. 261-263Study on Finite Dynamic Element Method for Dynamic...

Study on Finite Dynamic Element Method for Dynamic Consolidation

Abstract:

Based on the conception of dynamic shape function, a finite dynamic element method (DEM) is developed for the computation of dynamic consolidation. Formulae of the DEM are also derived. This method overcomes the shortcomings of conventional finite element methods, i.e., the vibration characteristics of the soil to be consolidated cannot be considered. Therefore, it practically reflects the dynamic characteristics of consolidation. The programs for the DEM are also written. Results of practical calculation show that the method is correct and feasible.