Diffraction analysis in determining wave force on piles, Civil Engineering

The Morison equation vs. diffraction analysis in determining wave force on piles

The choice between Morison's equation and diffraction analysis in determining the wave forces on piles depends on the ratio between the diameters of piles to wavelength. If the ratio between diameters of piles to wavelength is less than 0.2, Morison equation is typically recommended. Reason behind this is that effect of viscosity and separation is significant below this ratio. Quite the reverse, if the ratio between diameters of piles to wavelength exceeds 0.2, waves are scattered with negligible occurrence of separation. Diffraction analysis is adopted to calculate the wave forces on piles.

Posted Date: 8/7/2013 6:19:54 AM | Location : United States







Related Discussions:- Diffraction analysis in determining wave force on piles, Assignment Help, Ask Question on Diffraction analysis in determining wave force on piles, Get Answer, Expert's Help, Diffraction analysis in determining wave force on piles Discussions

Write discussion on Diffraction analysis in determining wave force on piles
Your posts are moderated
Related Questions
Determine the governing effective length of a steel column? Determine the governing effective length of a W12 x 106 steel column that is 12' high, pinned at each end, and

Question What is problem in traditional marine piling system of steel tubular pile with concrete infill and what are key possible remedial measures? Answer In design

what are the classification og aggregates?


explain the construction while aligning roads on hilly areas

State the term - Terminology There are many technical terms whose understanding provides us with a good insight of  the subject. Some of  these terms are, indeed, general and t


Purposes of subdivision of tunnelling faces in Sprayed Concrete Linings (SCL) method In using sprayed concrete lining methods for lining a large tunnel in soft ground, tunnelli

does the truss pitch relate to the building''s height?