NUMERICAL ANALYSIS FOR (H-Q) CURVE OF CENTRIFUGAL PUMPS USING NATURAL AND CONSTRAINED CUBIC SPLINE INTERPOLATIONS

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ID: 275510
2018
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Abstract
This study is founded by numerical analysis to (H-Q) curve for centrifugal device pump with radial and axial flow fitted firstly with natural spline interpolation and secondly using reserved cubic interpolation spline. Two case studies are used, first one analyzed the (H-Q) curve for axial flow with high specific speed, NS, when the H-Q curve having undesirable dip due to incorrect design of the impeller. The second case study is the parallel operation for two devices (pumps) for different (H-Q) curves, the joint the curves of combination which having important point, until the suitable and working point which reached, the first one doesn’t transfer the flow. The second pump can begin to fund to the flow, it is for this reason that in such a case, the second pump should be started first and then the first pump, locate this point provides us with energy and maintenance costs. The results shown that the normal cubic interpolation which will useful to interpolate these types of curves to obtain the undesirable overshooting points than constrained cubic spline.
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2018numericaljournal Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors , Maher Abd;, Riyad;, Adil Hameed;
Journal journal of mechanical engineering research and developments
Year 2018
DOI
DOI not found
URL
https://jmerd.org.my/Paper/Vol.%2041%2C%20No.%203%20%282018%29/06-08.pdf
Keywords
Biology (General) Medicine Pediatrics Mechanical engineering and machinery social sciences language and literature communication. mass media control engineering systems. automatic machinery (general) religions. mythology. rationalism philosophy of religion. psychology of religion. religion in relation to other subjects

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