Exact(4)
However, the recent introduction of unstructured methodologies and new physical models has greatly enhanced the versatility of CFD.
In this case, the physical simulations have begun to reappear in research and the use of physical models has seen valuable progress.
The validity of its physical models has been benchmarked against a variety of experimental data over a wide range of energies, ranging from accelerator data to cosmic ray showers in the earth atmosphere.
Use of physical models has successfully contributed to our understanding of a wide range of biological topics, with the study of animal behavior benefitting from physical models since at least the field's earliest publications.
Similar(56)
Sometimes even incorrect physical models have been built to explain such observations.
Traditionally, scaled down physical models have been used for validation and to collect hydraulic data.
Therefore, an analysis using physical models had been performed on an isolated segment and misleading conclusions could have been developed.
To study the flow pattern more intuitively, numerous physical models have been built and related experiments have been performed.
Over the past few decades, several physical models have been developed in the form of fractional differential equations.
Predictions for work removal based on physical models have been reported in electrical discharge machining (EDM) in recent years.
The physical models have higher direct work rates and lower composite workload scores than a 3D computer model and 2D drawings.
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