FLOW OVER A HUMP

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Details

In this book Hump (or bump) is a common-shaped obstacle, which creates an adverse pressure gradient, and hence, there is a chance of separation downstream of a hump. This separation leads to an increase in the drag coefficient (Cd), which is undesirable. This body/shape has gained importance in recent times because there are many flow phenomena where the majority of loss occurs due to the separation over any protruding body or element on any flatbed. a) Includes the literature review, which consists of two subsections concentrating on hump and vortex generators describes the experimental methodology including flow. b) Configuration, instrumentation, and experimental procedure with data processing for the present investigation is the results and discussion section, c) Which gives details of the results obtained during the course of this study? Concludes the research, and suggests the possible advances in the current work for future studies.d) So hump can be treated as a slandered geometries body and is investigated in the present to analyze the effect of vortex generator to control the turbulent flow. e) The objective of the work is to experimentally find out the optimum location.

Autorentext

Somos los cuatro autores, Nombre como Ajay Pratap Singh, Dheeraj Sagar, Kuldeep Singh y Dr. Dhananjay PradhanLos autores tienen más de 11 años de experiencia en la enseñanza y han publicado diferentes trabajos de investigación en SCI, SCOPUS, y han asistido a programas internacionales y nacionales de FDP/STTP.

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Weitere Informationen

  • Allgemeine Informationen
    • GTIN 09786203464108
    • Genre Mechanical Engineering
    • Sprache Englisch
    • Anzahl Seiten 84
    • Herausgeber LAP LAMBERT Academic Publishing
    • Gewicht 143g
    • Größe H220mm x B150mm x T6mm
    • Jahr 2021
    • EAN 9786203464108
    • Format Kartonierter Einband
    • ISBN 6203464104
    • Veröffentlichung 02.03.2021
    • Titel FLOW OVER A HUMP
    • Autor Ajay Pratap Singh , Dheeraj Sagar , Kuldeep Singh Dhananjay Pradhan
    • Untertitel "Experimental &Theoretical Value Edition of Turbulent Separating Flow over a Hump in a Channel"

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