'%20d='M364.9%20143.2v98.9l-1.4%201.2-165.6%20140.4%2035.7%2029.7v-34.2l1.4-1.2%20123.4-105.4%206.5-5.6v37l-1.3%201.2-99.7%2085.8v84.7l-6.6-5.7-97-83.1-3.6-3%203.5-3%20174.4-150.6v-25.1L153.7%20360.5l-6.6%205.7v-98.9l1.4-1.2%20161.6-138-35.7-29.7v34.4L273%20134%20153.7%20236.7l-6.6%205.7v-37l1.3-1.2%2097-83.2V36.3L252%2042l97.1%2083.1%203.6%203-3.6%203-171.7%20147.7V304l106.2-90.6%2056.4-48.8%2018.3-15.7z'%20/%3e%3c/svg%3e)
SimulationIn preparation
Uintah, multiphysicsat the largest scale
Fluid dynamics, heat transfer and combustion together.Adaptive meshes and a task graph underneath.
Not on the hub yet The image and its definition are being built and verified.
01Pick a machinecores, memory and a rate per hour
02Set it up oncekept on the volume between runs
03Run it, then stopstopped when the work is done
The application
Many physics,one framework
Built where the problem is too large for one mesh and one solver.
Adaptive meshes
AMR refines where it matters and coarsens where it does not.
A graph of tasks
Uintah schedules the work; Wasatch is how you describe them.
Made for many nodes
It was written for machines with thousands of cores in them.
The status
Being built,and verified
When the image and its definition are done, it deploys by name like the rest.
Run Uintah-Wasatch on your own machinePick a machine that meets it, and it opens about a minute after you ask.