HYDRAULIC JUMPS IN A STRAIGHT RECTANGULAR COMPOUND CHANNEL: THEORETICAL APPROACH AND EXPERIMENTAL STUDY

Journal Title: Larhyss Journal - Year 2017, Vol 29, Issue 29

Abstract

In this paper, theoretical developments, regarding the establishment of dimensionless relationships for sequent depths ratio and relative energy loss of hydraulic jumps are achieved in a straight rectangular compound channel. These relationships were given with and without consideration of a volume force Fx, which is assimilated by analogy to Borda-Carnot’s expression. The Experiment was carried out with three different values of the width ratio τ y. For each τy ratio, several values of inflow Froude number were considered according to the five inflow ratio depths’ values τz. The experiments proved the validity of the proposed theoretical relationships. The study showed the need to consider the force Fx when the ratio τ y reaches the value of 0.5. It reveals also the practical usefulness of the compound channel in terms of energy dissipation capability compared to the rectangular channel.

Authors and Affiliations

BENABDESSELAM A. | Department of Hydraulic, Faculty of Technology, University of Batna 2, Algeria, ACHOUR B. | Department of Civil and Hydraulic Engineering, Faculty of Sciences and Technology, University of Mohamed Khider, Biskra, Algeria, HOUICHI L. | Department of Hydraulic, Faculty of Technology, University of Batna 2, Algeria

Keywords

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  • EP ID EP15288
  • DOI -
  • Views 382
  • Downloads 14

How To Cite

BENABDESSELAM A. , ACHOUR B. , HOUICHI L. (2017). HYDRAULIC JUMPS IN A STRAIGHT RECTANGULAR COMPOUND CHANNEL: THEORETICAL APPROACH AND EXPERIMENTAL STUDY. Larhyss Journal, 29(29), 323-340. https://europub.co.uk/articles/-A-15288