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Oleh :Mufti

4206 100 020

METODOLOGIStart

A

Pengumpulan Data :Rencana Garis

Rencana UmumKecepatan Angin

Studi Literatur SimulasiFiniteElementMethode(SolidWorks) Tidak

B

Pembuatan Model :3D kapal yacht

Turbin Angin

A

Wind turbintahan stress

Ya

B

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Strain

Desain Kapal Yacht

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Analisa KEY Stress

Analisa KEY Disl acement

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Analisa KEY Strain

Meshing Scoop

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Analisa Scoop Stress

Analisa Scoop Dis lacement

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Analisa Scoop Strain

Analisa Rigs Stress

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Analisa Rigs Dis lacement

Analisa Rigs Strain

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Analisa Model Stress

Analisa Model Dis lacement

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Analisa Model Strain

KESIMPULAN Material dari kom onen ‐ kom onen wind turbine

yang sangat terpengaruh oleh gaya, distribusi masa

tahan terhadap stress.

Model Win turbine yang dirancang bisa diterapkan

pada perairan Indonesia. Dari analisa Fenite Element Method Rigs maka

didapat Maksimal Von Mises Stress: Maksimal Von Mises Stress = 220721 N/m^2 URES (displacement) = 4,226 10^4 In ESTRN (Equivalent Strain) = 2.695 10 ‐̂ 6

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SARANPilihlah material an sesuai den an lin kun an

karena kalau terlalu kuat maka itu akan semakin berat

dan akan mempengaruhi kekuatan bahan komponen

lain dan kalau terlalu lemah akan terjadi deformasi

dan patah.

DAFTAR PUSTAKA Mathew, Sathyajith. 2006 “ Wind Energy Fundamentals, Resource Analysis and Economics ”. Springer.

Manweell, J.F., McGowan, J.G., Rogers A.L. Mathew,. 2002 “ Wind Energy Explained Theory, Design and Application ”. WILEY.

Hau, Eric. 2006 “ Wind Turbines Fundamentals, Technologies, Application, Economics ”. Springer. Johnson, G. L. 2001 “ WIND ENERGY SYSTEM”. Manhattan, KS. Engeland M.V. 2006 “ 3D Boat Design Manual ”.

“ au, r c. 200 n ur nes un amen a s, ec no og es, Application, Economics ”. Springer. Larson, Lars., Eliasson R.E. 2000 “Principles Of Yacht Design ” . LONDON.

ADLARD COLES NAUTICAL. Spectre, Peter. H. “100 BOAT DESIGN REVIAWED” Wooden Boat Books.

Solidworks Manual Book http://en.wikipedia.org

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