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The following ingredients are needed.
- [x] A: The stiffness matrix on (a vector of) nodal VEM space
- [x] Pi: Projection of a vector nodal element to the RT space
- [ ] Pi: Projection of a vect…
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```
Hi,
First of all, I would like to thank you for your open source.
While I was looking at your code, I got some questions regarding A matrix and
df_dx in implicit solver.
In you code, number…
-
```
Hi,
First of all, I would like to thank you for your open source.
While I was looking at your code, I got some questions regarding A matrix and
df_dx in implicit solver.
In you code, number…
-
```
Hi,
First of all, I would like to thank you for your open source.
While I was looking at your code, I got some questions regarding A matrix and
df_dx in implicit solver.
In you code, number…
-
In #805 and #808, a non-flat rigid edge would also be of interest.
$$f(\boldsymbol{x})$$
It is important to deal with coordinates of the **deformed configuration** (the rigid edge / surface is f…
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I would like to implement rotational springs to the end of elements, just like the axial springs, and then two rotational constants around its strong and weak axis.
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I'm (again) trying to read the (l-level) stiffness matrix in linear statics KLL (pulled out right before the SSG3 call as either sparse ascii or sparse binary (i don't care if binary or ascii here)) f…
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Hello,
Given that all the necessary data (stiff_matrix and inertia_matrix) exist in the yaml file of the IEA-10MW turbine, how can I use the windIO toolchain to generate the BeamDyn input files fo…
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**Description**
Consider we have a system like _**K**u=f_, in which _**K**_ is the stiffness matrix, _u_ is the vector of unknowns and _f_ is a load vector. For large systems, most of the time is spe…
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A database with the SSFEM coefficients for the various M and p needs to be implemented (@isaar/stochastic)