Sentence examples for modeling finite element from inspiring English sources

Design aspects include reaction kinetics modeling, finite element analysis and heat exchanger optimization.

The methodological framework for our investigations was developed from first-principles atomic calculations, electronic structure, thermodynamics and kinetics for combined phase transformation, phase field modeling, finite element methodology for mechanical deformation, and phase field crack modeling.

In this paper we explain these limitations, and analyze the capabilities using 1D modeling, Finite Element Analysis, and experimental devices.

Here, we present a study on the linear and nonlinear vibration of such 3D mesostructures through analytical modeling, finite element analysis (FEA) and experiment.

The homogeneous harvesters were studied experimentally or numerically by various models such as single degree of freedom (SDOF) modeling, finite element modeling as well as using analytical solutions.

The presented study consists of four main parts: ambient vibration test, initial finite element modeling, finite element model calibration and structural analysis of the calibrated finite element model.

A global-sub modelling finite element approach is employed for efficient wear and crack propagation simulation.

A good agreement between analytical modelling, finite element analysis, and experimental residual stress measurement was obtained.

To verify the ring stiffness model, finite element (FE) simulation was adopted.

A 3D-model finite element numerical method is used to design the HTS bulk magnetic levitation system.

The result gained by modal synthesis method is compared with whole-model finite element method (FEM) result as well.