In this chapter we will manually calculate the components of a BMHIT, based on the hydrodynamic equation that provided the hydrodynamic flow characteristics from the inlet to the outlet of the BMHIT, along with the real hydraulic flow path (RHFP), and the resistances of the materials that will comprise each components, in both their static and dynamic states. Therefore, initially, we will analyze the forces acting on each of them, along with their maximum and minimum values. After having established their geometries and estimated operational performance, we will determine the manufacturing materials that will be used. These conditions will allow us to establish calculation, design, and manufacturing records. Similar to previous chapters, we will develop algorithms validated them to develop a corresponding computer program.

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Manually Calculating a Banki-Michell Hydraulic Impulse Hydraulic Turbine (BMHIT)

  • Zulcy de Souza,
  • Geraldo Lúcio Tiago Filho

摘要

In this chapter we will manually calculate the components of a BMHIT, based on the hydrodynamic equation that provided the hydrodynamic flow characteristics from the inlet to the outlet of the BMHIT, along with the real hydraulic flow path (RHFP), and the resistances of the materials that will comprise each components, in both their static and dynamic states. Therefore, initially, we will analyze the forces acting on each of them, along with their maximum and minimum values. After having established their geometries and estimated operational performance, we will determine the manufacturing materials that will be used. These conditions will allow us to establish calculation, design, and manufacturing records. Similar to previous chapters, we will develop algorithms validated them to develop a corresponding computer program.