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I am able to use different implicit ODE solvers and they works well most of the times with my Solid Oxide Fuel Cell (SOFC) model developed in VoronoiFVM. I would like to simulate the impedance of SOFC…
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Dear Laurent,
we discussed already about the extension of scipy's capabilities in solving differential algebraic equations in your (PR)(https://github.com/scipy/scipy/pull/13068).
In the meanti…
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Problem 10.7 in Chapter 10 of John T. Betts' _Practical Methods for..._.., 3rd edition, only has one scalar differential equation:
$\dot y = - y^3 + u$, where u is the control.
When I run it, I get …
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## *Repository Creation Request*
Use this to get your experiment repository created or updated on GitHub under Virtual Labs organization.
1. #### Coordinating Institute: IIT Bombay
2. #### Appr…
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Restating my post on https://discourse.mc-stan.org/t/help-write-an-autodiff-handbook/12640/13.
I propose grouping the chapters on ODEs, algebraic equations, and integrals, into one section on impl…
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Today I had a discussion with @marcochiaramello, @rosiereflo, and @joyelfeghali about using C code generated with `--daeMode --generateSymbolicJacobian`.
Consider the following test case:
```model…
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> Notes on basic Calculus concepts.
## Study resources
- [x] [Khan academy: AP Calculus BC](https://www.khanacademy.org/math/ap-calculus-bc)
- [x] [Kristan King: Calculus I (Differential Calc…
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Drift:
- [ ] Explicit Runge-Kutta methods for the drift computation
- [x] Butcher-Tableau
- [x] RK4
- [ ] ~~Specialized for RK2 (Heun and Ralston)~~
- [ ] ~~Runge—Kutta—Nyström me…
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Folks who want to move their simulations into BrainGrid will want to integrate the differential equations that describe synapses and/or neurons. To facilitate this, we will want to implement a small s…