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Instituto Politécnico NacionalEscuela Superior de Ingeniería Mecánica y Eléctrica<br />Control and MechanicalDesignfor a F...
Objective<br />Flumedesignwithwavemaker, proposingthemechanism and thecontrollerforthesimulation of different wave conditi...
Necesity<br />Tohave a devicewhichpermitsthestudy and corroboration of scalemodelsbasedonthewave’skinematics and dynamics....
Requirements<br />Theflumewithwavemakershouldhavetheposibilitytobeprogramedundertheintroduction of desirablefrecuency and ...
State of the Art<br />WavemakerTypes<br />Flap<br />Double Flap<br />Wedge<br />Piston<br />Pneumaticpiston<br />
Comercial flumeswithwavemaker<br />Wallingford (England)<br />
Cussons (England)<br />
Gunt (Demark)<br />
AplicationAreas: Naval Engineering<br />Shipstability<br />Hydrodinamic Test <br />
Maritime Port and CoastEngineering<br />Performance of plataforms<br />Sedimenttransport<br />Beach Protection<br />Test o...
Measurableterms<br />
Pugh Matrix<br />
Winner Concept<br /><ul><li>The flume with wavemaker is activated by a DC motor joint for a chain with a sliding crank cra...
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Presentación inglés 16 abril

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Presentación inglés 16 abril

  1. 1. Instituto Politécnico NacionalEscuela Superior de Ingeniería Mecánica y Eléctrica<br />Control and MechanicalDesignfor a FlumewithWavemaker<br />Students:<br />Ávila del Castillo Fernando<br />Bandala Carreón Mauricio<br />Martínez Mejía Rodrigo A.<br />Advisers:<br />Dr. Eric G. Bautista Godínez<br />Dr. Salvador A. Rodríguez Paredes<br />
  2. 2. Objective<br />Flumedesignwithwavemaker, proposingthemechanism and thecontrollerforthesimulation of different wave conditions, manipulatingthe variables witchinterving in thewaves<br />
  3. 3. Necesity<br />Tohave a devicewhichpermitsthestudy and corroboration of scalemodelsbasedonthewave’skinematics and dynamics. <br />
  4. 4. Requirements<br />Theflumewithwavemakershouldhavetheposibilitytobeprogramedundertheintroduction of desirablefrecuency and wave height.<br />This data mustbeintroducedby software oranotherperipheralentrance<br />
  5. 5. State of the Art<br />WavemakerTypes<br />Flap<br />Double Flap<br />Wedge<br />Piston<br />Pneumaticpiston<br />
  6. 6. Comercial flumeswithwavemaker<br />Wallingford (England)<br />
  7. 7. Cussons (England)<br />
  8. 8. Gunt (Demark)<br />
  9. 9. AplicationAreas: Naval Engineering<br />Shipstability<br />Hydrodinamic Test <br />
  10. 10. Maritime Port and CoastEngineering<br />Performance of plataforms<br />Sedimenttransport<br />Beach Protection<br />Test of structures<br />
  11. 11. Measurableterms<br />
  12. 12.
  13. 13.
  14. 14.
  15. 15.
  16. 16.
  17. 17. Pugh Matrix<br />
  18. 18. Winner Concept<br /><ul><li>The flume with wavemaker is activated by a DC motor joint for a chain with a sliding crank crank mechanism to the aluminum piston paddle with variable angled velocity determined by a driver and tachometer. The flume, make of acrylic, mounted on a cast iron structure, has hermetic joints, artificial double beach and ramps for decrease the wave reflection; one bomb for it filling and one valve for it drained for gravity, as well as a resistive sensor to measure the wave height and a filter for keep the water clean. Also have a tank for the stand by of the water. The signals are sent and receive through a PIC and a computer with the program Visual Studio through an RS232 cable.</li>

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