These numerical models describe nonlinear and unsteady aerodynamics and are used in nonlinear flight dynamics simulation.
The paper presents numerical models describing transformation based perfect lenses and corners for flexural waves propagating in thin elastic plates.
We describe recent advances in the development of enhanced (or engineered) hydrothermal systems, numerical models describing multiphase flow, and real-time monitoring of hydrothermal flow at seafloor observatories.
A comparison between two numerical models describing the thermo-chemical conversion process of a solid fuel bed in a grate-fired boiler is presented.
Numerical models describing the pantograph catenary interaction are dependent on a proper description of the structural damping for both systems to obtain accurate results.
The paper presents analytical and numerical models describing localised transverse electric defect modes in a doubly periodic structure involving split ring inclusions.
In previous studies, Hardy and Anton developed scoping and numerical models describing phenomena occurring during the loading process in an alanate storage system having the configuration of a cylindrical shell, tube and fin heat exchanger.
The source of these PDBs is not well understood and numerical models describing GCR modulation simulate their effect by scaling the diffusion tensor to the interplanetary magnetic field strength (IMF).
The results of this study provide a new insight on the mechanisms of the reactions involved in thermal recovery processes and also a basis for a better material characterization of various crude oils in numerical models describing PY and oxidation behavior.
