A platform for research: civil engineering, architecture and urbanism
Computational formula is developed for determining, from sea surface spectral density, spectral density function of force per unit length at point on vertical pile; computational formula and its approximation are extended to provide procedures for determination of spectral density of total force or total overturning moment on structure consisting of array of vertical cylinders; approximation leads to particularly simple relation in which spectral density for total structure is spectral density for single pile times function which characterizes geometry of array; as illustration of procedure, total force spectral density is computed for four-pile instrument platform in 49 ft of water.
Computational formula is developed for determining, from sea surface spectral density, spectral density function of force per unit length at point on vertical pile; computational formula and its approximation are extended to provide procedures for determination of spectral density of total force or total overturning moment on structure consisting of array of vertical cylinders; approximation leads to particularly simple relation in which spectral density for total structure is spectral density for single pile times function which characterizes geometry of array; as illustration of procedure, total force spectral density is computed for four-pile instrument platform in 49 ft of water.
Spectral density for ocean wave forces
ASCE -- Coastal Eng
Borgman, L.E. (author)
ASCE -- Coastal Engineering, Santa Barbara Specialty Conference ; 1965
1965
36 pages
Conference paper
English
© Metadata Copyright Elsevier B. V. All rights reserved.
Ocean wave forces on circular cylindrical piles
Engineering Index Backfile | 1957
|Ocean Wave Forces on Circular Cylindrical Piles
ASCE | 2021
|Ocean Wave Forces on Circular Cylindrical Piles
ASCE | 2021
|Waves and wave forces on coastal and ocean structures
TIBKAT | 2006
|