[1] V aschy A., Sur les lois de similitude en physique, Annales Télégraphiques, Vol. 19, 1892, 25-28.

[2] Buckingham E., On physically similar systems. Illustrations of the use of dimensional equations, Physical Review, Vol. 4, 1914, 345-376.

[3] D avenport A.G., Vickery B.J., Holmes W.H., The structural and environmental effects of wind on buildings and structures, Post graduate course of the University of Sidney, School of Civil Engineering, Sydney 1975.

[4] R oulle C., Reproduction du régime hypercritique sur formes rondes en soufflerie à couche limite atmosphérique, CSTB report n°EN -ADI M 80-20L, 1980.

[5] L emoult B. et al., Caractérisation des efforts aérodynamiques développés sur un cylindre en régime supercritique, simulation en soufflerie, CSTB report n°EN -SC 90.11-C, 1990.

[6] Kind R.J. A critical examination of the requirements for model simulation of wind induced erosion deposition phenomena such as snow drifting, Atmospheric Environment, Vol. 10(3), 1976, 219-227.

[7] I versen J.D., Drifting snow similitude, Proc. ASCE , Journal of Hydraulics Division, Vol. 105, 1979, 737-753.

[8] D elpech P. et al., Snowdrifting simulation around antarctic buildings, Journal of Wind Engineering and Industrial Aerodynamics, Vol. 74-76, 1988, 567-576.