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-<title>The Inexpensive IAP reduction system</title>
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-    <li class="news"><a href="index.html">Home</a></li>
-    <li class="news"><a href="hyopthesis.html">Hypothesis</a></li>
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-
-<h1>Design</h1>
-<article>
-  <h2>Procedure followed to design and construct the cooking Stove</h2>
-  <h2 class="floatright">Thermal design assumption of the cooking stove</h2>
-  <table width="500" class="float" height="80" alt="Thermal Design Assumption Table" border="1">
-    <tr class="table"> 
-      <th align="left">No-</th>
-      <th align="center">Material</th>
-      <th align="center">Parameter</th>
-      <th align="center">Units</th>
-      <th align="center">Values</th>
-      <th align="center">Reference</th>
-    </tr>
-    <tr class="okay">
-      <td align="left">1</td>
-      <td align="left">Fuel<br>wood twigs</td>
-      <td align="left">Calorific<br>Value</td>
-      <td align="left">MJ/kg</td>
-      <td align="left"></td>
-      <td align="left"></td>
-    </tr>
-    <tr class="try">
-      <td align="left">2</td>
-      <td align="left">Stainless<br>Steel</td>
-      <td align="left">Thermal<br>Conductivity</td>
-      <td align="left">W.m<sup>-1</sup><br>K-1</td>
-      <td align="left">16</td>
-      <td align="left">Young 1992</td>
-    </tr>
-    <tr class="yes">
-      <td align="left">3</td>
-      <td align="left">Air</td>
-      <td align="left">Thermal<br>Conductivity</td>
-      <td align="left">W.m<sup>-1</sup><br>K-1</td>
-      <td align="left">0.02</td>
-      <td align="left">Lienhard IV<br>2000</td>
-    </tr>
-    <tr class="No">
-      <td align="left">4</td>
-      <td align="left">Flame</td>
-      <td align="left">Theoretical<br>Maximum<br>Temperature</td>
-      <td align="left">K</td>
-      <td align="left">2123</td>
-      <td align="left">Yusur 2011</td>
-    </tr>
-  </table>
-  <ul class="test3">
-    <li class="sources">Test the performance of designs based on the experience of Zimbabwe
-      residents who cook inside of their dwellings without proper ventilation
-      and suffer from IAP.</li>
-    <li class="sources">One square meter of discarded sheet metal 1mm thick was used to create
-      several different units.</li>
-    <li class="sources">The metal sheet was marked using some chalk to create fold lines and cut
-      lines.</li>
-    <li class="sources">The marked shapes were cut using sheet metal snips. The shapes were
-      joining by folding the edges of the two-dimensional shapes to form threedimensional shapes.</li>
-  </ul>
-<p>Note: Pop rivets were used for speed, but the shapes can all be assembled using folded tabs.</p>
-</article>
-<article>
- <h2> Design of Combustion Chamber: </h2>
-<p>
-  The combustion chamber is designed in a
-rectangular prism shape. In the combustion chamber fuel (wood pieces) are
-combusted. It was observed that inner chamber became red hot. To reduce
-the heat losses from inner chamber, a jacket of coarse sand and heat
-resistance refractory material was added (Fire Clay). As shown in the figure
-to the right.
-</p>
-</article>
-<article>
-  <img src="images/stove_design.png"  height="300" class="floatright2" alt="Stove Design">
-  <h2>The Clean Cooking System has two components:</h2>
-  <ol class="test3">
-    <li>Stove “Cooker” to burn fuel more efficiently and
-    reduce emitted smoke.</li>
-    <li>Chimney and hood, to eliminate fumes from
-    dwelling. The chimney is isolated from the roof
-    by a 2nd outer pipe. Nails are used to isolate the
-    chimney pipe from the insulating pipe and the roof.</li>
-  </ol>
-</article>
-<img src="images/example_patterns.png" height="200" class="mar" alt="Example Patterns">
-<img src="images/stove_prototypes.png" height="200" class="mar" alt="Stove Picture">
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No-	Material	Parameter	Units	Values	Reference
1	Fuel wood twigs	Calorific Value	MJ/kg
2	Stainless Steel	Thermal Conductivity	W.m^-1 K-1	16	Young 1992
3	Air	Thermal Conductivity	W.m^-1 K-1	0.02	Lienhard IV 2000
4	Flame	Theoretical Maximum Temperature	K	2123	Yusur 2011