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This is a swept surface blade element model, where rather than rotating blades, the average force is constant in time, which is useful for steady state solvers, e.g., `simpleFoam`.
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Should I add a method to the `quantecon.ivp.IVP` class that computes a linear approximation of the solution to the ODE around a specified point in state/phase space? Under the hood the method would us…
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I've been working with several different "libraries" for the SMART Response XE _(this repository is someone different than those forked from bitbank2's code)_.
All of the repositories I have been a…
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Related to #47 .
As a step towards verifying the output to a suitable standard, I think we need a suite of tests with known solutions. Currently our tests only really cover 'did I break anything fr…
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The data flow analysis implemented by the analyzer (over CFG) implements a simple algorithm which loops until it hits a steady state. Assuming there no bugs, that should always happen, but if it doesn…
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Improve documentation to make clearer:
-what need for solution writer in time slice vs observation
-what to input for solution writer functions
-running steady state simulations in python
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This is a fascinating lecture and I imagine it's going to be very useful for undergraduate macro. I think it's suitable for the introductory lecture series, even though it's more advanced than most.
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jstac updated
8 months ago
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Steady-state problem formulations need to include storage variables and have those added to the flow balance equations at nodes.
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When trying to request diagnostics from an agent running on k8s deployment on AKS it is not successful. It appears that requesting diagnostics can cause the memory usage to burst up above the previous…
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I tried several times with IMU + AWF Lexus RX 2016.
Placing IMU near the CG.
And performing a steady circle maneuver.
In steady-state conditions, Ay should be V.ω or V.V/R. where V is longitudin…
JeyP4 updated
2 years ago