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LOCATION:HG D 1.2
DTSTART;TZID=Europe/Stockholm:20190613T111500
DTEND;TZID=Europe/Stockholm:20190613T114500
UID:submissions.pasc-conference.org_PASC19_sess167_msa180@linklings.com
SUMMARY:Future FV3 Developments and the Participation of DYAMOND in the Er
 a of E-Class HPCs
DESCRIPTION:Minisymposium\nClimate and Weather\n\nFuture FV3 Developments 
 and the Participation of DYAMOND in the Era of E-Class HPCs\n\nChen, Lin\n
 \nPoorly simulated processes due to insufficient resolution, such as cloud
  formation, precipitation, pose considerable uncertainties in both numeric
 al weather prediction and climate-change projection. Exascale computing pr
 esents a promising future as well as challenges for earth system modeling,
  as the previously unresolvable processes can be explicitly simulated with
  unprecedented computing power. Globally cloud-resolving models (GCRMs) at
  the grid spacing of 3-km or finer have strong substantial scientific and 
 societal impacts, like predicting extreme weather, simulating the hazardou
 s natural events, even improving wind-turbine efficiency. However, to take
  full advantage of the E-class HPCs, geofluid dynamical models not only ne
 ed to innovate advanced algorithms, but also adapt to modern computing arc
 hitectures. In this work, we describe how the FV3 utilize the ultra-high g
 rid resolution and build a dynamic-physics-unified self-contained framewor
 k. Exploring GCRMs with E-class HPCs is also a shared motivation among maj
 or modeling centers around the world, therefore results in the first inter
 comparison project of global storm-resolving models - DYAMOND. This work w
 ill also present FV3's participation in this project.
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