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finite-elements

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The finite element method (FEM) is a numerical method for solving problems of engineering and mathematical physics. Typical problem areas of interest include structural analysis, heat transfer, fluid flow, mass transport, and electromagnetic potential.

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jasondhales
jasondhales commented Mar 24, 2021

Bug Description

For classes such as GenericConstantMaterial that use templating to create non-AD and AD versions, the corresponding documentation pages do not contain a list of input files that use the class even though '!syntax inputs ...' appears in the .md file.

Steps to Reproduce

See https://mooseframework.inl.gov/source/materials/GenericConstantMaterial.html as an example.

Im

santiagobadia
santiagobadia commented Aug 12, 2020

A point load can be mathematically represented as a distribution, e.g., a Dirac delta. It breaks the Gridap flow, since one cannot use Gauss quadratures and numerical integration (what we usually do in FEM) to compute the integral of f*v in that case.

I don't want to consider hacks, e.g., touch the vector entry in a particular node in which you want to put the force (assuming the force is on

PSyclone
hiker
hiker commented Oct 6, 2020

PSyclone supports the two command line options --profile invokes and --profile kernels. I think it would be useful if these options would be replaced with generic ones that would automatically apply any PSydata-related transformations, e.g.:

--instrument profile=kernel
--instrument read-only=invokes

etc. So the existing options for profiling would be renamed

Wikipedia
Wikipedia