# Análisis 41: Análisis de sensibilidad de hidrocarburo gaseoso

{% hint style="info" %}
El siguiente combustible gaseoso (composición en volumen) se emplea para alimentar una cámara de combustión: CH<sub>4</sub> (74%); C<sub>2</sub>H<sub>4</sub> (10%); C<sub>2</sub>H<sub>16</sub> (16%).

1. Propiedades del combustible
2. Fracciones molares de los productos de combustión, en función del coeficiente de exceso de aire
3. Obtener la temperatura adiabática de la llama en función del coeficiente de exceso de aire
4. Obtener el intercambio de calor para una temperatura de los productos de 727 ºC, 827 ºC y 927 ºC, en función del coeficiente de exceso de aire
   {% endhint %}

![](https://thermosuite.com/manual/41/media/image2.png) ![](https://thermosuite.com/manual/41/media/image3.png)

<figure><img src="/files/gXcKzM1ExfusLS2ZRUJu" alt=""><figcaption></figcaption></figure>

![](https://thermosuite.com/manual/41/media/image4.png)

![](https://thermosuite.com/manual/41/media/image5.png)

![](https://thermosuite.com/manual/41/media/image6.png)

![](https://thermosuite.com/manual/41/media/image7.png)

![](https://thermosuite.com/manual/41/media/image8.png)

![](https://thermosuite.com/manual/41/media/image9.png)

![](https://thermosuite.com/manual/41/media/image10.png)

Del diagrama de Ostwald se desprende que valores del coeficiente de exceso de aire inferiores aproximadamente a 0.75 no son posibles.

![](https://thermosuite.com/manual/41/media/image11.png)

![](https://thermosuite.com/manual/41/media/image12.png)

![](https://thermosuite.com/manual/41/media/image13.png)

![](https://thermosuite.com/manual/41/media/image14.png)

![](https://thermosuite.com/manual/41/media/image15.png)


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