![Explained: Constant Total Enthalpy [Taylor-Maccoll] @JoshTheEngineer](https://i.ytimg.com/vi/yy5HQ9syrrI/maxresdefault.jpg)
Uploaded August 2013 | Updated September 2026, 1 week ago
In order to use Crocco's Theorem for the Taylor-Maccoll problem, it is necessary to show why the total enthalpy along a streamline is constant (within the given assumptions). We start with the energy equation couched in terms of the total enthalpy, and reduce the equation with our assumptions from a previous video in this series. The final result will be used in the derivation of Crocco's Theorem.
In order to use Crocco's Theorem for the Taylor-Maccoll problem, it is necessary to show why the total enthalpy along a streamline is constant (within the given assumptions). We start with the energy equation couched in terms of the total enthalpy, and reduce the equation with our assumptions from a previous video in this series. The final result will be used in the derivation of Crocco's Theorem.
![Explained: Constant Total Enthalpy [Taylor-Maccoll]](https://i.ytimg.com/vi/yy5HQ9syrrI/mqdefault.jpg "Explained: Constant Total Enthalpy [Taylor-Maccoll]
In order to use Croccos Theorem for the Taylor-Maccoll problem, it is necessary to show why the total enthalpy along a streamline is constant (within the given assumptions). We start with the energy equation couched in terms of the total enthalpy, and reduce the equation with our assumptions from a previous video in this series. The final result will be used in the derivation of Croccos Theorem.")
![Explained: Waitbar Cancel Button [MATLAB]](https://i.ytimg.com/vi/zSGcjtu5iQQ/mqdefault.jpg "Explained: Waitbar Cancel Button [MATLAB]
When youre using a waitbar and your simulation/code is taking too long, it would be nice to have a button that allows you to break out of the iteration loop. The cancel button on the waitbar lets you do just this.
Basic waitbar
http://www.youtube.com/watch?v=k2wKPxRUPiE
Waitbar color change
http://www.youtube.com/watch?v=IjkajdAE8vA")
