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c2353_14kt_003.png

Naval

OTAM115_115tons_46kt_010
Power prediction  for Leisure Yachts

CLIENT: Cantieri Suprema

SUBJECT: VOF simulation for displacement and planing hulls

VOF time-marching in  2 DOF

  • Hydrodynamic, trim & sink forces evaluation

  • Visualization of wave motions and their animation

  • Estimation of the power curves required for various displacements

  • OpenFOAM v2006, interFOAM solver

c2353_14kt_003
c2353_14kt_001
c2353_14kt_004
OTAM115_115tons_46kt_010
Power prediction  for Leisure Yachts

CLIENT: Undisclosed

SUBJECT: VOF simulation for displacement and planing hulls

VOF time-marching in  2 DOF

  • Hydrodynamic, trim & sink forces evaluation

  • Visualization of wave motions and their animation

  • Estimation of the power curves required for various displacements

  • OpenFOAM v2006, interFOAM solver

FALCON_SP_161T_33KT_011
FALCON_SP_161T_33KT_008
FALCON_SP_161T_33KT_009
FALCON_SP_161T_33KT_010
Power prediction  for Leisure Yachts

CLIENT: Undisclosed

SUBJECT: VOF simulation for planing hull

VOF time-marching in  2 DOF

  • Hydrodynamic, trim & sink forces evaluation

  • Visualization of wave motions and their animation

  • Estimation of the power curves required for various displacements

  • Self-propelled with jet propulsion system and propeller

  • OpenFOAM v2006, interFOAM solver

Superbia001
Superbia002
Superbia003
Power prediction  for Leisure Yachts

CLIENT: Occhilupo Yacht and Carbon S / y

SUBJECT: Study of a concept of air intake for a carbon motorboat

Carrying out calculations of external aerodynamics

  • Aerodynamic forces evaluation

  • Comfort study in the cockpit

  • Aerodynamic improvements of the topsides

  • OpenFOAM v2006, isimpleFoam solver

AM_MAESTRO_sk500mm_002
Power prediction  for Leisure Yachts

COMMITTENTE: Occhilupo Yacht and Carbon S/y

OGGETTO: Studio di un concept di presa d'aria per motoscafo in Carbonio

Esecuzione di calcoli di aerodinamica esterna

  • Valutazione forze aerodinamiche

  • Studio del comfort nel pozzetto

  • Migliorie aerodinamiche dell'opera morta

  • OpenFOAM v2006, solver isimpleFoam

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