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The physics of tablet compression. VIII.*

Journal of the American Pharmaceutical Association (Scientific ed.), 1955
Abstract An apparatus was designed and constructed to measure the pressure transmitted to the die wall during tablet compression. Essentially, the apparatus consisted of a conventional die constructed with a rectangular hole perpendicular to the axial compression hole in which a third punch was inserted and the necessary mechanical linkages to allow ...
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PHYSICALLY RELATED COORDINATE SYSTEM FOR COMPRESSIBLE FLOW

Modern Physics Letters B, 2005
In this paper we apply the unified coordinate system developed by Hui and his co-workers to the steady compressible flow computation in such a way that the grid is generated physically and automatically. At the beginning of computation one only needs to build a narrow layer of grids near the left boundary.
Zi-Niu Wu, Bo Gao
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New Physics and Models for Compressible Turbulent Flows

1991
This paper reports on recent advances in modeling and direct numerical simulations (DNS) of compressible turbulent flows. In the second-order equations, two principal compressibility terms have been identified: the dilatation dissipation (∈ d ) and the pressure-dilatation correlation (II d ).
Gregory A. Blaisdell, Otto Zeman
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Machining damaged surface hydrodynamic (DSH) spall target assemblies used in high energy compression physics experiments

International Conference on Plasma Science, 2007
R. Lucero   +4 more
semanticscholar   +1 more source

Physics-informed machine learning

Nature Reviews Physics, 2021
George Em Karniadakis   +2 more
exaly  

Doping a Mott insulator: Physics of high-temperature superconductivity

Reviews of Modern Physics, 2006
Xiao-gang Wen
exaly  

Physics of Alfvén waves and energetic particles in burning plasmas

Reviews of Modern Physics, 2016
Fulvio Zonca, Yonghua Wang, Liu Chen
exaly  

Symmetry as Compression: An Informational Lagrangian Approach to Physical Invariance

We propose a novel interpretation of physical symmetry as an emergent property of a computational universe governed by informational efficiency. Building on previous work in which gravity and quantum collapse arise from entropy-based rendering processes, we argue that spacetime symmetries—such as translation, rotation, and gauge invariance—can be ...
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