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1<html><head><title>Transport Phenomena Problems Archive</title></head>
2<body><center><h1>Transport Phenomena Problems Archive</h1></center>
3
4Welcome to the transport phenomena problems archive.  Here you will find a wide
5variety of exercises with <a href="../faq.html#solutions">solutions</a> in
6fluid flow, heat transfer and mass transfer, most of
7which are related to materials processing and performance.  Each problem is
8provided along with the following searchable metadata attributes:
9<ul>
10  <li>Author name(s), copyright and license.</li>
11  <li>Brief one-sentence description.</li>
12  <li>Requisite software, if any.</li>
13  <li>Problem and solution editable format, <i>e.g.</i> MSWord, OpenDocument,
14    (PDF)LaTeX</li>
15  <li>Problem and solution printable format, <i>e.g.</i> PDF, PostScript</li>
16  <li>Difficulty level (approx. undergraduate year or G)</li>
17  <li>Approximate solution time</li>
18  <li>Keywords</li>
19</ul>
20Keywords include one or more of the following:
21<center><table>
22  <tr valign="top"><td><ul>
23    <li><a href="diffusion.html">Diffusion</a> (18)</li>
24    <li><a href="phase_change.html">Phase change</a> (10)</li>
25    <li><a href="macroscopic_balance.html">Macroscopic balance</a> (2)</li>
26    <li><a href="heat_conduction.html">Heat conduction</a> (23)</li>
27    <li><a href="radiation.html">Radiation</a> (10)</li>
28    <li><a href="solidification.html">Solidification</a> (4)</li>
29    <li><a href="evaporation.html">Evaporation</a> (3)</li>
30    <li><a href="biot_number.html">Biot number</a> (11)</li>
31    <li><a href="fourier_number.html">Fourier number</a> (3)</li>
32  </ul></td>
33  <td><ul>
34    <li><a href="dimensional_analysis.html">Dimensional analysis</a> (4)</li>
35    <li><a href="computation.html">Computation</a> (5)</li>
36    <li><a href="viscous_flow.html">Viscous flow</a> (11)</li>
37    <li><a href="stokes_flow.html">Stokes flow</a> (3)</li>
38    <li><a href="navier_stokes.html">Navier-Stokes</a> (5)</li>
39    <li><a href="reynolds_number.html">Reynolds number</a> (18)</li>
40    <li><a href="non_newtonian_fluid.html">Non-Newtonian fluid</a> (4)</li>
41    <li><a href="drag_force.html">Drag force</a> (12)</li>
42    <li><a href="bernoulli_equation.html">Bernoulli equation</a> (2)</li>
43  </ul></td>
44  <td><ul>
45    <li><a href="boundary_layers.html">Boundary layers</a> (16)</li>
46    <li><a href="forced_convection.html">Forced convection</a> (7)</li>
47    <li><a href="natural_convection.html">Natural convection</a> (3)</li>
48    <li><a href="heat_mass_transfer_coefficient.html">Heat/mass transfer
49      coefficient</a> (6)</li>
50    <li><a href="prandtl_schmidt_number.html">Prandtl/Schmidt number</a>
51      (7)</li>
52    <li><a href="nusselt_sherwood_number.html">Nusselt/Sherwood number</a>
53      (6)</li>
54    <li><a href="grashof_number.html">Grashof number</a> (3)</li>
55    <li><a href="continuous_flow_reactors.html">Continuous flow reactors</a>
56      (5)</li>
57    <li><a href="technical_cost_modeling.html">Technical cost modeling</a>
58      (1)</li>
59  </ul></td>
60  <td><ul>
61    <li><a href="metals.html">Metal</a> (23)</li>
62    <li><a href="polymers.html">Polymer</a> (12)</li>
63    <li><a href="ceramics.html">Ceramic</a> (10)</li>
64    <li><a href="glasses.html">Glass</a> (4)</li>
65    <li><a href="composite.html">Composite</a> (2)</li>
66    <li><a href="electronic_materials.html">Electronic materials</a> (8)</li>
67    <li><a href="biomaterials.html">Biomaterials</a> (3)</li>
68  </ul></td></tr>
69</table></center>
70
71View the complete list of problems in <a href="alpha.html">alphabetical</a> or
72<a href="chrono.html">reverse chronological</a> order (total: 68).
73</body></html>
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