Part B | 13
340 Part B Autonomous Ocean Vehicles, Subsystems and Control
depths, 7th Int. Conf. Fast Sea Transp. (FAST) (2003)
pp. H1–H13
13.33 K.W.H. Eggers, S.D. Sharma, L.W. Ward: An assessment of some experimental methods for determining the wavemaking characteristics of a ship form,
Trans. SNAME 75, 112–157 (1967)
13.34 S. Brizzolara, A. Federici: CFD modeling of planning hulls with partially ventilated bottom, William
Froude Conf. Adv. Theor. Appl. Hydrodyn. Past Future (2010)
13.35 F. Stern, R.V. Wilson, H. Coleman, E. Patterson:
Comprehensive approach to verification and validation of CFD simulations Part 1: Methodology and
procedures, ASME J. Fluids Eng. 123(4), 793–802
(2001)
13.36 S. Muzaferija, M. Peric: Computation of free surface flows using interface-tracking and interfacecapturing methods. In: Nonlinear Water Wave Interaction, ed. by O. Mahrenholtz, M. Markiewicz
(WIT, Southampton 1999)
13.37 L. Larsson, F. Stern, V. Bertram: Benchmarking of
computational fluid dynamics for ship flows: The
Gothenburg 2000 Workshop, J. Ship Res. 47(1), 63–
81 (2003)
13.38 L. Larsson, F. Stern, M. Visonneau: Numerical ship
hydrodynamics – results of the Gothenburg 2010
workshop, MARINE 2011. IV International Conference
on Computational Methods in Marine Engineering
(Springer, Dordrecht 2013)
13.39 M. Caponnetto: Practical CFD simulations for planing hulls, Proc. 1st Euro Conf. High Perform. Mar.
Veh. (2001) pp. 128–138
13.40 S. Brizzolara, D. Villa: CFD simulations of planing
hulls, 7th Int. Conf. High-Perform. Mar. Veh. (HIPER)
(2010)
13.41 S. Brizzolara, A. Federici: Designing of V-Stepped
planing hulls: CFD in support of traditional semiempirical methods, Design Constr. Super Mega
Yachts, Genua (2013)
13.42 C. Lai, A.W. Troesch: Modelling issues related to the
hydrodynamics of three dimensional steady planing, J. Ship Res. 39(1), 1–24 (1995)
13.43 S. Brizzolara, G. Vernengo: A three-dimensional
vortex method for the hydrodynamic solution of
planing cambered dihedral surfaces, Eng. Analysis
Bound. Elem. 63, 15–29 (2016)
13.44 P. van Oossanen, J. Heimann, J. Henrichs, K. Hochkirch: Motor yacht hull form design for the displacement to semi-displacement speed range,
10th Int. Conf. Fast Sea Transp. (FAST) (2009)
pp. 629–643
13.45 S. Brizzolara, S. Gaggero, D. Grassi, D. Villa: CFD
modeling for powering and propulsion of motor
yachts. Recent developments and applications of
the marine CFD group, Des. Constr. Oper. Super
Mega Yachts (2009) pp. 21–34
13.46 E. Campana, D. Peri, Y. Tahara, F. Stern: Shape
optimization in ship hydrodynamics using computational fluid dynamics, Comput. Methods Appl.
Mech. Eng. 196, 634–651 (2006)
13.47 I. Biliotti, S. Brizzolara, M. Galliussi, A. Manfredini, D. Ruscelli, G. Vernengo, M. Viviani: Automatic
parametric hull form optimization of fast naval
vessels, 7th Int. Conf. High-Perform. Mar. Veh.
(HIPER) (2010) pp. 294–301
13.48 I. Biliotti, S. Brizzolara, M. Viviani, G. Vernengo,
D. Ruscelli, M. Galliussi, M. Manfredini: Automatic
parametric hull form optimization of fast naval
vessels, 11th Int. Conf. Fast Sea Transp. (FAST) (2011)
13.49 K. Nestoras: A Tool to Create Hydrodynamically Optimized Hull-Forms with Geometrical Constraints
from Internal Arrangements, M. S. (MIT, Cambridge
2013)
13.50 S. Brizzolara: Parametric optimization of SWAT-hull
forms by a viscous-inviscid free surface method
driven by a differential evolution algorithm, 25th
Symp. Naval Hydrodyn. (2004) pp. 47–64
13.51 G. Vernengo, S. Brizzolara, D. Bruzzone: Resistance
and seakeeping optimization of a fast multi-hull
passenger ferry, Int. J. Offshore Polar Eng. 25(1), 26–
34 (2015)
13.52 D. Savitsky: On the subject of high-speed monohulls, Greek Sect. Soc. Naval Archit. Mar. Eng. (2003)
13.53 S. Brizzolara: Watercraft Device, Italian Patent
# GE2011A000012 (2011), US Patent 8820260 B2 (2014)
13.54 S. Brizzolara Watercraft Device, Italian Patent
# GE2011A000011 (2011), US Patent 8763546 B2 (2014)
13.55 S. Brizzolara, T. Curtin, M. Bovio, G. Vernengo: Concept design and hydrodynamic optimization of an
innovative SWATH AUSV by CFD methods, Ocean Dyn.
62(2), 227–237 (2011)
13.56 S. Brizzolara, T. Curtin, M. Bovio, G. Vernengo: Concept Design and Hydrodynamic Optimization of an
Innovative AUSV by CFD methods (NURC NATO Int.
Rep., La Spezia 2011)
13.57 S. Brizzolara, G. Vernengo: Automatic optimization computational method for unconventional
S.W.A.T.H. ships resistance, Int. J. Math. Models
Methods Appl. Sci. 5, 882–889 (2011)
13.58 S. Brizzolara, D. Villa: Multiphase URANS simulations of surface combatant using Star-CCMC, Proc.
Workshop CFD Ship Hydrodyn. (2010)
13.59 S. Brizzolara, D. Villa: Numerical and experimental
hydrodynamic performance of slice hull forms, 16th
Int. Conf. Ships Shipping Res. (2009)
13.60 O.M. Faltinsen: Hydrodynamics of High Speed Mar.
Vehicles (Cambridge Univ. Press, Cambridge 2005)
13.61 S. Brizzolara, C. Chryssostomidis: Design of an unconventional ASV for underwater vehicles recovery:
Simulation of the motions for operations in rough
seas, ASNE Int. Conf. Launch Recover. (2012)
13.62 S. Brizzolara, L. Bonfiglio, J. Seixas de Medeiros: Influence of viscous effects on numerical prediction
of motions of SWATH vessels in waves, Int. J. Ocean
Syst. Eng. 3(3), 219–236 (2013)
13.63 G. Gabrielli, Th. von Kármán: What price speed?
Specific power required for propulsion of vehicles,
Mech. Eng. 72(10), 775–781 (1950)
13.64 A. Papanikolaou: Review of advanced marine vehicles concepts, Proc. 7th Int. High Speed Mar. Veh.
Conf. (HSMV) (2005)
13.65 J. Almeter: Avoiding common errors in high speed
craft powering predictions, Int. Conf. Hi-Perform.
Mar. Veh. (HIPER) (2008)
340 Part B Autonomous Ocean Vehicles, Subsystems and Control
depths, 7th Int. Conf. Fast Sea Transp. (FAST) (2003)
pp. H1–H13
13.33 K.W.H. Eggers, S.D. Sharma, L.W. Ward: An assessment of some experimental methods for determining the wavemaking characteristics of a ship form,
Trans. SNAME 75, 112–157 (1967)
13.34 S. Brizzolara, A. Federici: CFD modeling of planning hulls with partially ventilated bottom, William
Froude Conf. Adv. Theor. Appl. Hydrodyn. Past Future (2010)
13.35 F. Stern, R.V. Wilson, H. Coleman, E. Patterson:
Comprehensive approach to verification and validation of CFD simulations Part 1: Methodology and
procedures, ASME J. Fluids Eng. 123(4), 793–802
(2001)
13.36 S. Muzaferija, M. Peric: Computation of free surface flows using interface-tracking and interfacecapturing methods. In: Nonlinear Water Wave Interaction, ed. by O. Mahrenholtz, M. Markiewicz
(WIT, Southampton 1999)
13.37 L. Larsson, F. Stern, V. Bertram: Benchmarking of
computational fluid dynamics for ship flows: The
Gothenburg 2000 Workshop, J. Ship Res. 47(1), 63–
81 (2003)
13.38 L. Larsson, F. Stern, M. Visonneau: Numerical ship
hydrodynamics – results of the Gothenburg 2010
workshop, MARINE 2011. IV International Conference
on Computational Methods in Marine Engineering
(Springer, Dordrecht 2013)
13.39 M. Caponnetto: Practical CFD simulations for planing hulls, Proc. 1st Euro Conf. High Perform. Mar.
Veh. (2001) pp. 128–138
13.40 S. Brizzolara, D. Villa: CFD simulations of planing
hulls, 7th Int. Conf. High-Perform. Mar. Veh. (HIPER)
(2010)
13.41 S. Brizzolara, A. Federici: Designing of V-Stepped
planing hulls: CFD in support of traditional semiempirical methods, Design Constr. Super Mega
Yachts, Genua (2013)
13.42 C. Lai, A.W. Troesch: Modelling issues related to the
hydrodynamics of three dimensional steady planing, J. Ship Res. 39(1), 1–24 (1995)
13.43 S. Brizzolara, G. Vernengo: A three-dimensional
vortex method for the hydrodynamic solution of
planing cambered dihedral surfaces, Eng. Analysis
Bound. Elem. 63, 15–29 (2016)
13.44 P. van Oossanen, J. Heimann, J. Henrichs, K. Hochkirch: Motor yacht hull form design for the displacement to semi-displacement speed range,
10th Int. Conf. Fast Sea Transp. (FAST) (2009)
pp. 629–643
13.45 S. Brizzolara, S. Gaggero, D. Grassi, D. Villa: CFD
modeling for powering and propulsion of motor
yachts. Recent developments and applications of
the marine CFD group, Des. Constr. Oper. Super
Mega Yachts (2009) pp. 21–34
13.46 E. Campana, D. Peri, Y. Tahara, F. Stern: Shape
optimization in ship hydrodynamics using computational fluid dynamics, Comput. Methods Appl.
Mech. Eng. 196, 634–651 (2006)
13.47 I. Biliotti, S. Brizzolara, M. Galliussi, A. Manfredini, D. Ruscelli, G. Vernengo, M. Viviani: Automatic
parametric hull form optimization of fast naval
vessels, 7th Int. Conf. High-Perform. Mar. Veh.
(HIPER) (2010) pp. 294–301
13.48 I. Biliotti, S. Brizzolara, M. Viviani, G. Vernengo,
D. Ruscelli, M. Galliussi, M. Manfredini: Automatic
parametric hull form optimization of fast naval
vessels, 11th Int. Conf. Fast Sea Transp. (FAST) (2011)
13.49 K. Nestoras: A Tool to Create Hydrodynamically Optimized Hull-Forms with Geometrical Constraints
from Internal Arrangements, M. S. (MIT, Cambridge
2013)
13.50 S. Brizzolara: Parametric optimization of SWAT-hull
forms by a viscous-inviscid free surface method
driven by a differential evolution algorithm, 25th
Symp. Naval Hydrodyn. (2004) pp. 47–64
13.51 G. Vernengo, S. Brizzolara, D. Bruzzone: Resistance
and seakeeping optimization of a fast multi-hull
passenger ferry, Int. J. Offshore Polar Eng. 25(1), 26–
34 (2015)
13.52 D. Savitsky: On the subject of high-speed monohulls, Greek Sect. Soc. Naval Archit. Mar. Eng. (2003)
13.53 S. Brizzolara: Watercraft Device, Italian Patent
# GE2011A000012 (2011), US Patent 8820260 B2 (2014)
13.54 S. Brizzolara Watercraft Device, Italian Patent
# GE2011A000011 (2011), US Patent 8763546 B2 (2014)
13.55 S. Brizzolara, T. Curtin, M. Bovio, G. Vernengo: Concept design and hydrodynamic optimization of an
innovative SWATH AUSV by CFD methods, Ocean Dyn.
62(2), 227–237 (2011)
13.56 S. Brizzolara, T. Curtin, M. Bovio, G. Vernengo: Concept Design and Hydrodynamic Optimization of an
Innovative AUSV by CFD methods (NURC NATO Int.
Rep., La Spezia 2011)
13.57 S. Brizzolara, G. Vernengo: Automatic optimization computational method for unconventional
S.W.A.T.H. ships resistance, Int. J. Math. Models
Methods Appl. Sci. 5, 882–889 (2011)
13.58 S. Brizzolara, D. Villa: Multiphase URANS simulations of surface combatant using Star-CCMC, Proc.
Workshop CFD Ship Hydrodyn. (2010)
13.59 S. Brizzolara, D. Villa: Numerical and experimental
hydrodynamic performance of slice hull forms, 16th
Int. Conf. Ships Shipping Res. (2009)
13.60 O.M. Faltinsen: Hydrodynamics of High Speed Mar.
Vehicles (Cambridge Univ. Press, Cambridge 2005)
13.61 S. Brizzolara, C. Chryssostomidis: Design of an unconventional ASV for underwater vehicles recovery:
Simulation of the motions for operations in rough
seas, ASNE Int. Conf. Launch Recover. (2012)
13.62 S. Brizzolara, L. Bonfiglio, J. Seixas de Medeiros: Influence of viscous effects on numerical prediction
of motions of SWATH vessels in waves, Int. J. Ocean
Syst. Eng. 3(3), 219–236 (2013)
13.63 G. Gabrielli, Th. von Kármán: What price speed?
Specific power required for propulsion of vehicles,
Mech. Eng. 72(10), 775–781 (1950)
13.64 A. Papanikolaou: Review of advanced marine vehicles concepts, Proc. 7th Int. High Speed Mar. Veh.
Conf. (HSMV) (2005)
13.65 J. Almeter: Avoiding common errors in high speed
craft powering predictions, Int. Conf. Hi-Perform.
Mar. Veh. (HIPER) (2008)