DESIGN AND ANALYSIS OF CAVITATION ON 22 M SUBMARINE PROPELLERS

Authors

  • Mahendra Indiaryanto Balai Teknologi Hidrodinamika
  • Taufiq Arif Setyanto PTRIM BPPT
  • Navik Puryantini Balai Teknologi Hidrodinamika
  • Nurwidhi Asrowibowo BTH

DOI:

https://doi.org/10.29122/mipi.v14i2.4208

Abstract

Many methods approach in designing a propeller for a 22 m submarine, which is based on the literature of propeller design that has been widely publicized, specifically the type B-series propeller. From the B-series propeller design, it can be known that the performance diagram in the form of the propeller coefficient is finally correlated with the 22m submarine resistance value that has been tested at BTH-BPPT. This study's objective is to produce a propeller design with good hydrodynamic aspects, especially propeller with high efficiency and cavitation phenomena that do not occur on the propeller. The implementation of this research can be done by modification on the skew angle on the B-series propeller. It is expected to choose the right B-series propeller and skew angle propeller modification, capable of providing high-efficiency values and loss of cavitation in the leaf area of the propeller. The production of propeller models is needed for conducting an open water test in the Towing Tank and the cavitation test in the cavitation tunnel at the Hydrodynamics Technology Center for the Agency for Assessment and Application of Technology (BTH – BPPT).
Key Word: Design; Propeller; Cavitation

References

Agung Purwana, Wisnu Wardhana, I Made Ariana, Dhimas Widhi H, Numerical Study on Cavitation Noise of Symmetrical Blade Submarine Propeller, Proceeding pf Marine Safety and Maritime Installation (MSMI 2018)

A. Vrijdag, D Stapersma dan T Van Terwisga, Control of propeller cavitation in operational conditions, Journal of Marine Engineering and Technology No. A16 2010

Cahya Kusuma, I Made Ariana, Studi Numerik Modifikasi Propeller Kapal Selam 29 meter dengan Menggunakan High Skew, Rekayasa Energi Manufaktur Jurnal Vol 2 No 1 2017

Endang Widjiati, Erwandi, Endah Suwarni, M Nasir, Nurwidhi Asrowibowo, Totok Sudarto, Yuniati. Rancang Bangun dan Uji Akustik Propeller Untuk Kapal Selam Mini, Prosiding InSINAS Kemenristekdikti 2012.

Erwandi, Marx Jefferson, Cahyadi Sugeng JM, Dwi Wahyudi, Nurwidhi Asrowibowo, Desain dan Uji Hidrodinamika Kapal Selam Mini Berbobot 133 Ton, Prosiding InSINAS Kemenristekdikti 2012.

G.Kuiper (1992), The Wageningen Propeller Series. MARIN publication 92-001, Wageningen Natherland

Insanu Abdilla Cendekia Akbar, Deddy Chrismianto, Parlindungan Manik, Analisa Perbandingan Propeller Kapal Selam Mini Tipe B-Series dan Aun-Outlne Gawn Series Pada Kapal Selam Midget Type 150 M Untuk Mengoptimalkan Kinerja Kapal Selam Dengan Metode CFD, Jurnal Teknik Perkapalan Vol. 3, No. 4 Oktober 2015

J. Carlton,(2007), Marine Propellers and Propulsion, 2nd ed. Oxford, UK (Butterworth- Heinemann)

Kormilitsin YN, Khalizev OA (2001) Theory of submarine design. Saint Petersburg State Maritime Technical University, Russia

Martin Renilson (2015), Submarine Hydrodynamics. Launceston TAS, Australia

Pallapothu S V Krishna Prasanth, Dasari Kishore Babu, Modeling and Analysis of The Submarine Propeller by Using Various Materials. International Journal of Advance Engineering ang Research Development vol 8 issue 08 August 2018

Putra Bangkit Setyabudi, Deddy Chrismianto, Good Rindo, Analisa Nilai Thrust dan Torque Propeller Tipe B-Series Pada Kapal Selam Midget 150M Dengan Variasi Skew Angle dan Blade Area Ratio (Ae/A0) Menggunakan Metode CFD, Kapal Vol. 13, No. 3 Oktober 2016

Suryanarayana, Ch, dkk, Cavitation Studies On Axi-Symmetric Underwater Body with Pumpjet Propulsor In Cavitation Tunnel, Intr J Nav Archit Oc Engng 2 : 185 – 194 2010

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Published

2020-08-31