A scaled physical model simulating real data centers is designed using scale modeling theory and constructed for the sake of the present experimental work.
A new approach of Physically Finite Elemental Slab Assemblage (PFESA) was employed for construction of the large-scale physical model simulating roadway excavation in stratified rocks.
The equivalent circuit model was adopted to explain the EIS results according to the establishment of physical model simulating the internal micro structure of concrete.
The standard physical model for simulating the atmosphere of Venus (known as the Institut Pierre-Simon Laplace general circulation model, or IPSL GCM for short) takes into account all the known physical properties of Venus, but had never produced a gravity wave like the one observed by Akatsuki.
The number of levels and the physical model for simulating each level can be achieved by refactoring the rules.
The numerical weather prediction (NWP) model, which is a typical physical model [8], simulates the physics of the atmosphere based on certain initial values and boundary conditions.
Then simple physical models, simulating the influence of a thin wedge on a multi-wedge system, become available.
An experiment was designed to investigate the effect of organic matter enrichment, physical disturbance simulating bioturbation, and the resultant oxygen conditions on benthic foraminifera < 75 μm in size.
Lastly, we describe the physical processes simulated on a realistic configuration at a regional scale in the Bay of Biscay.
The wireless physical layer simulates a log-normal shadowed uncorrelated Rayleigh fading channel with Additive White Gaussian Noise (AWGN) and without path-loss.
