#finiteelement — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #finiteelement, aggregated by home.social.
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The Arctic Coastal Erosion Model - Overview, Developments, and Calibration at Drew Point, Alaska
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https://doi.org/10.22541/essoar.174086594.45589925/v1 <-- shared paper
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#Alaska #permafrost #coastalerosion #Arctic #permafrost #modeling #climateresilience #coast #coastal #erosion #sloughing #coastline #polaramplification #climatechange #ArcticCoastalErosion #ACE #model #modeling #oceanographic #atmospheric #oceanic #finiteelement #thermoabrasion #storm #stormsurge #fieldwork #calibration #geomechanics #sediments #geochemistry
#SandiaNationalLaboratories #USGS -
The Arctic Coastal Erosion Model - Overview, Developments, and Calibration at Drew Point, Alaska
--
https://doi.org/10.22541/essoar.174086594.45589925/v1 <-- shared paper
--
#Alaska #permafrost #coastalerosion #Arctic #permafrost #modeling #climateresilience #coast #coastal #erosion #sloughing #coastline #polaramplification #climatechange #ArcticCoastalErosion #ACE #model #modeling #oceanographic #atmospheric #oceanic #finiteelement #thermoabrasion #storm #stormsurge #fieldwork #calibration #geomechanics #sediments #geochemistry
#SandiaNationalLaboratories #USGS -
The Arctic Coastal Erosion Model - Overview, Developments, and Calibration at Drew Point, Alaska
--
https://doi.org/10.22541/essoar.174086594.45589925/v1 <-- shared paper
--
#Alaska #permafrost #coastalerosion #Arctic #permafrost #modeling #climateresilience #coast #coastal #erosion #sloughing #coastline #polaramplification #climatechange #ArcticCoastalErosion #ACE #model #modeling #oceanographic #atmospheric #oceanic #finiteelement #thermoabrasion #storm #stormsurge #fieldwork #calibration #geomechanics #sediments #geochemistry
#SandiaNationalLaboratories #USGS -
The Arctic Coastal Erosion Model - Overview, Developments, and Calibration at Drew Point, Alaska
--
https://doi.org/10.22541/essoar.174086594.45589925/v1 <-- shared paper
--
#Alaska #permafrost #coastalerosion #Arctic #permafrost #modeling #climateresilience #coast #coastal #erosion #sloughing #coastline #polaramplification #climatechange #ArcticCoastalErosion #ACE #model #modeling #oceanographic #atmospheric #oceanic #finiteelement #thermoabrasion #storm #stormsurge #fieldwork #calibration #geomechanics #sediments #geochemistry
#SandiaNationalLaboratories #USGS -
The Arctic Coastal Erosion Model - Overview, Developments, and Calibration at Drew Point, Alaska
--
https://doi.org/10.22541/essoar.174086594.45589925/v1 <-- shared paper
--
#Alaska #permafrost #coastalerosion #Arctic #permafrost #modeling #climateresilience #coast #coastal #erosion #sloughing #coastline #polaramplification #climatechange #ArcticCoastalErosion #ACE #model #modeling #oceanographic #atmospheric #oceanic #finiteelement #thermoabrasion #storm #stormsurge #fieldwork #calibration #geomechanics #sediments #geochemistry
#SandiaNationalLaboratories #USGS -
🎄 Early Christmas present! 🎄
I managed to squeeze one more paper out of my PhD, and here's my web summary. Plus some juicy behind-the-scenes details!
https://lukejohns.online/research/perthes_dynamic_simulation/
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🎄 Early Christmas present! 🎄
I managed to squeeze one more paper out of my PhD, and here's my web summary. Plus some juicy behind-the-scenes details!
https://lukejohns.online/research/perthes_dynamic_simulation/
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🎄 Early Christmas present! 🎄
I managed to squeeze one more paper out of my PhD, and here's my web summary. Plus some juicy behind-the-scenes details!
https://lukejohns.online/research/perthes_dynamic_simulation/
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🎄 Early Christmas present! 🎄
I managed to squeeze one more paper out of my PhD, and here's my web summary. Plus some juicy behind-the-scenes details!
https://lukejohns.online/research/perthes_dynamic_simulation/
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🎄 Early Christmas present! 🎄
I managed to squeeze one more paper out of my PhD, and here's my web summary. Plus some juicy behind-the-scenes details!
https://lukejohns.online/research/perthes_dynamic_simulation/
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Sneak peek at my #JuliaLang wrapper for #FEBio, an advanced #FiniteElement solver for #ComputationalMechanics and #Biomechanics
More on FEBio here:
https://febio.org/
https://github.com/febiosoftware/FEBio -
Sneak peek at my #JuliaLang wrapper for #FEBio, an advanced #FiniteElement solver for #ComputationalMechanics and #Biomechanics
More on FEBio here:
https://febio.org/
https://github.com/febiosoftware/FEBio -
Sneak peek at my #JuliaLang wrapper for #FEBio, an advanced #FiniteElement solver for #ComputationalMechanics and #Biomechanics
More on FEBio here:
https://febio.org/
https://github.com/febiosoftware/FEBio -
Sneak peek at my #JuliaLang wrapper for #FEBio, an advanced #FiniteElement solver for #ComputationalMechanics and #Biomechanics
More on FEBio here:
https://febio.org/
https://github.com/febiosoftware/FEBio -
Sneak peek at my #JuliaLang wrapper for #FEBio, an advanced #FiniteElement solver for #ComputationalMechanics and #Biomechanics
More on FEBio here:
https://febio.org/
https://github.com/febiosoftware/FEBio -
Just read about "rabbit functions", a term for math expressions that are essentially "pulled out of a hat"! Love it, and have to use this in a paper some day.
From "Wachspress 1975, A Rational Finite Element Basis:
"A "rabbit function" is a function that is pulled out of a hat. When a magician pulls a rabbit out of a hat, the effect astonishes the onlookers. Once the illusion is revealed, the rabbit generation is
no more surprising than the generation of rabbits by rabbits." -
Just read about "rabbit functions", a term for math expressions that are essentially "pulled out of a hat"! Love it, and have to use this in a paper some day.
From "Wachspress 1975, A Rational Finite Element Basis:
"A "rabbit function" is a function that is pulled out of a hat. When a magician pulls a rabbit out of a hat, the effect astonishes the onlookers. Once the illusion is revealed, the rabbit generation is
no more surprising than the generation of rabbits by rabbits." -
Just read about "rabbit functions", a term for math expressions that are essentially "pulled out of a hat"! Love it, and have to use this in a paper some day.
From "Wachspress 1975, A Rational Finite Element Basis:
"A "rabbit function" is a function that is pulled out of a hat. When a magician pulls a rabbit out of a hat, the effect astonishes the onlookers. Once the illusion is revealed, the rabbit generation is
no more surprising than the generation of rabbits by rabbits." -
Just read about "rabbit functions", a term for math expressions that are essentially "pulled out of a hat"! Love it, and have to use this in a paper some day.
From "Wachspress 1975, A Rational Finite Element Basis:
"A "rabbit function" is a function that is pulled out of a hat. When a magician pulls a rabbit out of a hat, the effect astonishes the onlookers. Once the illusion is revealed, the rabbit generation is
no more surprising than the generation of rabbits by rabbits." -
Just read about "rabbit functions", a term for math expressions that are essentially "pulled out of a hat"! Love it, and have to use this in a paper some day.
From "Wachspress 1975, A Rational Finite Element Basis:
"A "rabbit function" is a function that is pulled out of a hat. When a magician pulls a rabbit out of a hat, the effect astonishes the onlookers. Once the illusion is revealed, the rabbit generation is
no more surprising than the generation of rabbits by rabbits." -
In case you want your tongue #FiniteElement Model to go eeeewwww. This GIBBON demo features active contraction of mapped "muscle fibers".
I just updated it for FEBio4.
https://www.gibboncode.org/html/DEMO_febio_0024_active_contraction_tongue.html
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In case you want your tongue #FiniteElement Model to go eeeewwww. This GIBBON demo features active contraction of mapped "muscle fibers".
I just updated it for FEBio4.
https://www.gibboncode.org/html/DEMO_febio_0024_active_contraction_tongue.html
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In case you want your tongue #FiniteElement Model to go eeeewwww. This GIBBON demo features active contraction of mapped "muscle fibers".
I just updated it for FEBio4.
https://www.gibboncode.org/html/DEMO_febio_0024_active_contraction_tongue.html
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In case you want your tongue #FiniteElement Model to go eeeewwww. This GIBBON demo features active contraction of mapped "muscle fibers".
I just updated it for FEBio4.
https://www.gibboncode.org/html/DEMO_febio_0024_active_contraction_tongue.html
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In case you want your tongue #FiniteElement Model to go eeeewwww. This GIBBON demo features active contraction of mapped "muscle fibers".
I just updated it for FEBio4.
https://www.gibboncode.org/html/DEMO_febio_0024_active_contraction_tongue.html
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I have a sneaky feeling something might be slightly wrong here...
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I have a sneaky feeling something might be slightly wrong here...
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I have a sneaky feeling something might be slightly wrong here...
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I have a sneaky feeling something might be slightly wrong here...
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📢LAST VIDEO OF THE YEAR 😇
Choosing a proper solver can be quite important for #FiniteElement models. In this video, we discuss a bit about various available solvers in #FreeFEM, including #PETSc with which we have access to tremendous number of tools, solvers, and preconditioners to solve the derived linear system of equations more efficiently.
https://youtube.com/watch?v=wGYez2-3rvk&ab_channel=TuxRiders
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📢LAST VIDEO OF THE YEAR 😇
Choosing a proper solver can be quite important for #FiniteElement models. In this video, we discuss a bit about various available solvers in #FreeFEM, including #PETSc with which we have access to tremendous number of tools, solvers, and preconditioners to solve the derived linear system of equations more efficiently.
https://youtube.com/watch?v=wGYez2-3rvk&ab_channel=TuxRiders
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📢LAST VIDEO OF THE YEAR 😇
Choosing a proper solver can be quite important for #FiniteElement models. In this video, we discuss a bit about various available solvers in #FreeFEM, including #PETSc with which we have access to tremendous number of tools, solvers, and preconditioners to solve the derived linear system of equations more efficiently.
https://youtube.com/watch?v=wGYez2-3rvk&ab_channel=TuxRiders
-
📢LAST VIDEO OF THE YEAR 😇
Choosing a proper solver can be quite important for #FiniteElement models. In this video, we discuss a bit about various available solvers in #FreeFEM, including #PETSc with which we have access to tremendous number of tools, solvers, and preconditioners to solve the derived linear system of equations more efficiently.
https://youtube.com/watch?v=wGYez2-3rvk&ab_channel=TuxRiders
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📢LAST VIDEO OF THE YEAR 😇
Choosing a proper solver can be quite important for #FiniteElement models. In this video, we discuss a bit about various available solvers in #FreeFEM, including #PETSc with which we have access to tremendous number of tools, solvers, and preconditioners to solve the derived linear system of equations more efficiently.
https://youtube.com/watch?v=wGYez2-3rvk&ab_channel=TuxRiders
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A ridiculous #FiniteElement model for whoever wants to simulate a rubbery propeller hitting a stick.
I just used this to play with a contact algorithm and was curious to see if it would work.
#opensource: https://www.gibboncode.org/html/DEMO_febio_0040_propeller_contact.html
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A ridiculous #FiniteElement model for whoever wants to simulate a rubbery propeller hitting a stick.
I just used this to play with a contact algorithm and was curious to see if it would work.
#opensource: https://www.gibboncode.org/html/DEMO_febio_0040_propeller_contact.html
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A ridiculous #FiniteElement model for whoever wants to simulate a rubbery propeller hitting a stick.
I just used this to play with a contact algorithm and was curious to see if it would work.
#opensource: https://www.gibboncode.org/html/DEMO_febio_0040_propeller_contact.html
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A ridiculous #FiniteElement model for whoever wants to simulate a rubbery propeller hitting a stick.
I just used this to play with a contact algorithm and was curious to see if it would work.
#opensource: https://www.gibboncode.org/html/DEMO_febio_0040_propeller_contact.html
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A ridiculous #FiniteElement model for whoever wants to simulate a rubbery propeller hitting a stick.
I just used this to play with a contact algorithm and was curious to see if it would work.
#opensource: https://www.gibboncode.org/html/DEMO_febio_0040_propeller_contact.html
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⚡NEW VIDEO⚡
One of the features in #FreeFEM offering flexibility for #FiniteElement models is the regions and sub-domains, which can be used to define different properties in different parts of the mesh, like a multi-material model.
https://youtube.com/watch?v=g43w0iZFE-c&ab_channel=TuxRiders
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⚡NEW VIDEO⚡
One of the features in #FreeFEM offering flexibility for #FiniteElement models is the regions and sub-domains, which can be used to define different properties in different parts of the mesh, like a multi-material model.
https://youtube.com/watch?v=g43w0iZFE-c&ab_channel=TuxRiders
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⚡NEW VIDEO⚡
One of the features in #FreeFEM offering flexibility for #FiniteElement models is the regions and sub-domains, which can be used to define different properties in different parts of the mesh, like a multi-material model.
https://youtube.com/watch?v=g43w0iZFE-c&ab_channel=TuxRiders
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📢NEW VIDEO📢
Processing the results is the final step in each simulation study, and there are certain features available in #FreeFEM to do it. Let's have a look at them.
https://youtube.com/watch?v=algfmHKNsX4&ab_channel=TuxRiders
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📢NEW VIDEO📢
Processing the results is the final step in each simulation study, and there are certain features available in #FreeFEM to do it. Let's have a look at them.
https://youtube.com/watch?v=algfmHKNsX4&ab_channel=TuxRiders
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Mastodon #introduction: TuxRiders is a journey to research experiences using free and #opensource scientific computing programs, which aimed to demonstrate their power for real-world scientific research.
In our #YouTube channel, we regularly talk about #FiniteElement, #EngineeringMath, #PDEs, #NumericalMethods, #FreeFEM, #FEniCS, #ParaView, #C++, #Python, #OpenFOAM, and #Linux.
Check out our YT channel: https://www.youtube.com/TuxRiders
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Mastodon #introduction: TuxRiders is a journey to research experiences using free and #opensource scientific computing programs, which aimed to demonstrate their power for real-world scientific research.
In our #YouTube channel, we regularly talk about #FiniteElement, #EngineeringMath, #PDEs, #NumericalMethods, #FreeFEM, #FEniCS, #ParaView, #C++, #Python, #OpenFOAM, and #Linux.
Check out our YT channel: https://www.youtube.com/TuxRiders
-
Mastodon #introduction: TuxRiders is a journey to research experiences using free and #opensource scientific computing programs, which aimed to demonstrate their power for real-world scientific research.
In our #YouTube channel, we regularly talk about #FiniteElement, #EngineeringMath, #PDEs, #NumericalMethods, #FreeFEM, #FEniCS, #ParaView, #C++, #Python, #OpenFOAM, and #Linux.
Check out our YT channel: https://www.youtube.com/TuxRiders
-
Mastodon #introduction: TuxRiders is a journey to research experiences using free and #opensource scientific computing programs, which aimed to demonstrate their power for real-world scientific research.
In our #YouTube channel, we regularly talk about #FiniteElement, #EngineeringMath, #PDEs, #NumericalMethods, #FreeFEM, #FEniCS, #ParaView, #C++, #Python, #OpenFOAM, and #Linux.
Check out our YT channel: https://www.youtube.com/TuxRiders
-
Mastodon #introduction: TuxRiders is a journey to research experiences using free and #opensource scientific computing programs, which aimed to demonstrate their power for real-world scientific research.
In our #YouTube channel, we regularly talk about #FiniteElement, #EngineeringMath, #PDEs, #NumericalMethods, #FreeFEM, #FEniCS, #ParaView, #C++, #Python, #OpenFOAM, and #Linux.
Check out our YT channel: https://www.youtube.com/TuxRiders
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Mastodon #introduction: I'm a computational scientist at Idaho National Laboratory (a US DOE nuclear lab), a developer of the #C++ MOOSE #FiniteElement framework (https://mooseframework.inl.gov), interested in #PhaseField research and computational methods development. I nerd out on #Wikipedia and #OSM #geodata (https://wma.wmcloud.org/), built a pandemic #van, and love #hiking and #camping.