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A small-scale experiment helped observe overall cyclic behavior, and develop finite-element models for numerical simulations.
The principles of constructing calculation models for numerical simulations in virtual space by the finite element method are given.
This paper presents a new burner design for lean premixed stratified combustion for experiments to validate models for numerical simulations.
In addition, the implementation of the resulting equations into fully hydro-mechanical models for numerical analyses is straightforward.
In the paper, the working principle and the flow of the SPAR system were explained and the dynamic models for numerical simulation were developed.
Such facies maps provide valuable information about the subsurface heterogeneity and can be used to construct geologically realistic subsurface models for numerical flow and transport prediction.
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Nguyen, T. D., Oloyede, A. & Gu, Y. T. A poroviscohyperelastic model for numerical analysis of mechanical behavior of single chondrocyte.
The efficiency of the present numerical model for numerical treatment of free surface flows is discussed.
We present a multiscale model for numerical simulations of dynamics of crystalline solids.
Experiment design method is a key to construct a highly reliable surrogate model for numerical optimization in large-scale project.
A mathematical model for numerical prediction of moisture and temperature during the drying process is also discussed.
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