Perencanaan Ponton Apung Guna Menahan Beban 150 Kg Pada Sepeda Air
Abstract
Bersepeda merupakan suatu kegiatan olah raga yang murah dan mengasikan, sehingga sepeda menjadi sangat banyak dijalanan terutama dihari-hari libur. Untuk mengsinergikan kegemaran masyarakat bersepada dengan wisata air maka sepeda air bisa menjadi solusi atas kegemaran dan keinginan masyarakat tersebut. Untuk itu dibutuhkan ponton yang akan mendukung sepeda dapat bergerak di air dengan daya dukung total beban 150 kg dengan tetap aman, nyaman dan ramah pengguna. Penelitian ini bertujuan untuk mendapatkan model geometrik ponton apung yang digerakkan dengan tenaga sepeda. Menggunakan metoda metasentrum, didapatkan dimensi ponton berikut Panjang pelampung ponton (P) 2,5 m, lebar pelampung ponton (L) Â 0,2 m, tinggi pelampung ponton (T) 0,15 m dan jarak antara pelampung ponton sebesar 1,2 m
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Barrass, Bryan and Derrett, D.R. 2006. Ship Stability for Master and Mates. Great Britain: ElSevier.
Biran, A.B. 2003. Ship Hydrostatics and Stability. USA: Butterworth-Heinemann.
Evans, N.C. 1994. Stability of Submarine. Hong kong: Geotechnical Engginering Office.
Group of Authorities. 1988. Principles of Naval Architecture vol I. New York: The Society of Naval Architecture and Marine Engineering.
Hervey, J. B. 1994, Submarines, Brassey’s, London.
Pekelney, P, Richard. 2011. Bouyancy and stability Submarine. (online). (http://class of submarine.html)
Irving H. Shames “Mechanics of Fluidsâ€, McGraw Hill, 1982
White, F.M., “Open Channel Flowâ€, Prentice Hall, 1993
Pérez, R. and J. M. Riola (2011a), Case study of damage stability criteria of Merchant
vessels and Warships. Damaged Ship International Conference. 26-27 January. London, UK
Pérez, R. and J. M. Riola (2011b), Damage Stability Criteria in Aircraft Carriers. Journal of Marine Technology and Environment 1, 27-38.
Priyadharsini S, Shanjeena M Basheer, Kaushalya R, Sneka M (2018), A Study on Motion of a Free Falling Body in Kinematic Equation, International Journal for Research in Applied Science & Engineering Technology, 6 (I), 118-124.
Riola, J. M. and R. Pérez (2009), Warship damage stability criteria case study. Journal of Maritime Research 6(3), 75-100.
Sarchin, T. H. and L. L. Goldberg (1962), Stability and Buoyancy Criteria for the U.S. Naval Surface Ships. Trans. SNAME 70, 418-458.
Surko, S. W. (1994), An Assessment of Current Warship Damaged Stability Criteria, Naval Engineers Journal 106, 120-131.
http://www.codecogs.com/library/engineering/fluid_mechanics/floating_bodies/stabilityand-metacentric-height.php
DOI: http://dx.doi.org/10.33087/civronlit.v7i1.97
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