[1] Brocchini, M., P. Cherubini & L. Iovenitti (1991).
An extension of a Boussinesq type model to the surf zone.
Proc. Comp. Model. in Ocean Eng. '91, pp. 349-360.
[2] Brocchini, M., M. Drago & L. Iovenitti (1992a).
Modelling of short waves in shallow waters and in the surf zone.
Bollettino Geofisico G.N.F.A.O.-C.N.R., 9th Nazional Congress, p.
54,Rome.
[3] Brocchini, M., M. Drago & L. Iovenitti (1992b).
The modelling of short waves in shallow waters. Comparison of numerical
models based on Boussinesq and Serre equation.
Proc. 23th I.C.C.E., pp. 76-88,Venice.
[4] Brocchini, M., M. Drago & L. Iovenitti (1994).
The modelling of the short waves in the shallow waters and in the
surf zone.
Il Nuovo Cimento, Vol. 17 C, N4, pp. 549-564.
[5] Brocchini, M., M. G. Wurtele, G. Umgiesser & S. Zecchetto
(1995a).
Calculation of a Mass-Consistent Two-Dimensional Wind Field with
Divergence Control.
J. Appl. Meteorology, Vol 34, N11, pp. 2543-2555.
[6] Brocchini, M. & D. H. Peregrine (1995b).
Flow properties in the swash and surf zone.
Proc. Conf. on Coastal Dynamics '95, pp. 221-232,Gdansk.
[7] Brocchini, M. & D. H. Peregrine (1996a).
Integral flow properties of the swash zone and averaging.
J. Fluid Mech., Vol 317, pp. 241-273.
[8] Zecchetto, S., Umgiesser, G., & M., Brocchini (1996b)
Local storm surge induced by the wind blowing over the Venice
Lagoon.
Annales Geophysicae, Supplement Vol. 14., p. C422
[9] Brocchini, M. & D. H. Peregrine (1996c).
The equations for integral flow properties in the swash
zone.
Proc. 25th I.C.C.E., (to appear),Orlando, Florida.
[10] Barnes, T., Peregrine, D.H., Brocchini, M., & P.K. Stansby
(1996d).
Modelling post-wave breaking turbulence and vorticity
Proc. 25th I.C.C.E., (to appear),Orlando, Florida.
[11] Zecchetto, S., Umgiesser, G., & M., Brocchini (1997a)
Hindcast of a storm surge induced by local real wind fields in the
Venice Lagoon.
Accepted for publication on Continetal Shelf Res.
[12] Brocchini, M. (1997b).
Analytical solutions of the nonlinear shallow water equations and their
averaging on a plane beach.
Annales Geophysicae, Supplement to Vol. 15, (in print).
[13] Brocchini, M. (1997c).
Eulerian and Lagrangian aspects of the longshore drift in the
surf and swash zones.
Submitted to J. Geophys. Res.
[14] Brocchini, M. (1997d).
Weakly-three-dimensional solitary waves in shallow waters.
Submitted to J. on Nonlinear Processes in Geophysics.
[2] Brocchini, M., M. Drago & L. Iovenitti (1992).
Modelling of short waves in shallow waters and in the surf zone.
Proc. Final Workshop Coastal Morphodynamics, G6M-MAST, 1.14, Pisa.
[3] Brocchini, M., M. G. Wurtele, G., Umgiesser & S. Zecchetto
(1994).
Mesoscale wind field objective analysis: a methodology study.
I.S.D.G.M.-C.N.R. Technical Report N188.
[4] Zecchetto, S., Umgiesser, G., & M., Brocchini (1996a).
Il livello dell'acqua nella laguna di Venezia: l'effetto del
vento.
Istituto Veneto di Scienze Lettere ed Arti.
[5] D.H. Peregrine & M. Brocchini (1996b).
Strong turbulence at a free surface.
4th ERCOFTAC SIG on wind over wave couplings. June, London.
[6] D.H. Peregrine & M. Brocchini (1996c).
Turbulent flows at a free surface.
Accepted for ASME free-surface Meeting,San Diego.
(Unpublished).
[7] M. Brocchini (1996d).
Flows with freely moving boundaries: the swash zone and
turbulence at a free surface.
Ph.D. Dissertation, University of Bristol, Bristol,U.K.
[8] M. Brocchini & D.H Peregrine (1997a).
Strong turbulence at a free surface.
IMA Conference on wind over wave couplings, April, Salford.
[9] M. Brocchini, D.H Peregrine & L. Thais (1997b).
Violent free-surface motion: some wave-tank experiments.
School of Mathematics, University of Bristol Rep. AM-97-01