Commit eb8afb90 authored by Jordan Musser's avatar Jordan Musser
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Fix CU codespell `pecular` (exa/docs!74)

parent 113fe5fd

docs/source_docs/qb/hcs.rst

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@@ -6,7 +6,7 @@ Clustering in the HCS 


The HCS is the simplest non-trivial particulate gas-solid system. The continuum

gas-phase is initially at rest. The particles are uniformily distributed in space

and have zero momentum in all three directions. However, the particle pecular

and have zero momentum in all three directions. However, the particle peculiar

velocity is non-zero, quantified by an initial *granular* temperature,

:math:`T_0`. The system is periodic in all directions and no external forces act

on the system. Under homogeneous conditions, the granular temperature, :math:`T`,
@@ -60,7 +60,7 @@ the ideal :cpp:`BVK2` DNS drag law is applied, see [BvK07]_, [TPKKv15]_. 




Three replicate systems are simulated with MFIX-Exa 19.08, differing only

in initial particle locations and pecular velocities. The particle kinetic

in initial particle locations and peculiar velocities. The particle kinetic

energy is averaged in the simulations (red) and  compared to the analytical

granular temperature (black) of the HCS as a function of time in the figure

above. The kinetic energy :math:`KE / KE_0` decays by two to three orders of