A linear sinusoidal water wave with wave length 140m and 3-m wave height at 30m water depth. (use sea-water density=1025kg/m³). (a) Find the maximum value of total pressure (hydrostatic + hydrodynamic) that can be measured by a pressure sensor at 6m below the mean water level. (b) Find the amplitude of vertical particle velocity at 6m below the mean water level.
A linear sinusoidal water wave with wave length 140m and 3-m wave height at 30m water depth. (use sea-water density=1025kg/m³). (a) Find the maximum value of total pressure (hydrostatic + hydrodynamic) that can be measured by a pressure sensor at 6m below the mean water level. (b) Find the amplitude of vertical particle velocity at 6m below the mean water level.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A linear sinusoidal water wave with wave length 140m and 3-m wave height at 30m water depth. (use sea-water density=1025kg/m³).
(a) Find the maximum value of total pressure (hydrostatic + hydrodynamic) that can be measured by a pressure sensor at 6m below the mean water level.
(b) Find the amplitude of vertical particle velocity at 6m below the mean water level.
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