... sustainability simulation peak period sustainable development renewable energy fowt subsea system social responsibility sea state natural frequency tmd tuned mass damper control scheme wave elevation wind turbine platform motion significant wave height standard deviation Proceedings...

...), and ASCE (2017). pressure distribution significant wave height water level peak period wave force water depth elevated structure engineering water surface elevation wave condition elevation wave height equation cuomo goda production monitoring experiment asce production control...

... and operational limits with respect to vessel motions and structural loads. operation significant wave height upstream oil & gas sea area tropical cyclone south china sea wind speed typhoon installation statistics contingency planning engineering sea area probability peak period weather...

... ABSTRACT Sloshing and anti-sloshing problem is widely applied in naval architecture and ocean engineering. Random sloshing in tank with a vertical baffle on a shaking table was investigated by varying significant wave height and peak period. Effects of the vertical baffle in suppressing...

.... The experimental results obtained indicate that the gap free surface response may be influenced by the underlying wave spectral parameters such as peak periods and significant wave height, as well as incident wave directions. INTRODUCTION Background It is essential to ensure the safety of cargo transfer...

... ABSTRACT A long-term database of global weather over 10 years is developed using the nowcast data. Elements of the weather are the significant wave height, the primary peak period of waves, the primary wave direction, the mean wind speed and direction. The sea area is 2.5 degrees spacing...

...; Mehlum, 1982). For wave energy applications the lens will have to be designed in a way so that wave energy converge in a fixed region downstream the lens. circular standard deviation wave spectrum density significant wave height ray path background current field peak period direction...

.... Environmental conditions characterized by each of four proposed sites are four random variables, representing the wind velocity, significant wave height, peak period of the wave process, and the angle between the wind and waves. One step in the overall method is development of modified two-dimensional wind...

... controls and umbilicals operation significant wave height multi-body response analysis optimal wave screening analysis peak period subsea umbilical termination assembly installation suta structure installation spectrum subsea system umbilical response analysis zero-crossing period simulation...

... amplification factors (DAF) obtained from sling forces of the rigging system are compared with the recommended values in the DNV practice code. This study gives a better understanding of the coupled lifted object - vessel motion system and may be useful for marginal lifting cases. peak period gyration...

... still exist whatever the water depth. pressure spectrum spectrum water wave basin rey linear theory interaction reservoir characterization local mode amplitude surface wave submerged obstacle bottom pressure distribution pressure term propagation experiment correspond peak period...

.... statistical characteristic sea state deep area sea wave peak period wave data typhoon torsethaugen spectrum ochi-hubble spectrum wave direction spectra characteristic wave height south china sea torsethaugen wave spectrum upstream oil & gas spectrum frequency double-peaked spectrum...

.... This analysis is carried out through numerical simulations of the ship response for different theoretical sea spectra. Variations in wave height, peak period, mean direction and directional spreading are taken into account. A criterion is then proposed for choosing the most appropriate values...

... characteristic seismic performance temple simple model diagonal vibration wooden house analysis result experiment horizontal hardness parallel direction peak period excitation The Effects of Horizontal Hardness on the Seismic Performance of Load-Bearing Walls Kiyoshi Hayakawa, Kenji Edane...

... coefficient assumption peak period structural design stiffener pontoon platform structural analysis correlation load case algorithm platform response design sea-state pressure field radial stiffener upstream oil & gas subsea system water-entrapment plate fpso finite-element model level...

..., at the initial trim of five degrees. For the sake of fair comparison, the open box was tested in random seas of the same peak period of 9.7 seconds in the process of seeking the lowest seaway that overturns the platform at each of the three selected initial trims. A seaway with significant wave height one step...

... for the following wave parameters: Significant wave height, Peak period, Wave steepness based on peak period, Wave direction. This kind of results is available for 239 data points in the basin. Moreover, using an enhanced contouring algorithm, the calibration factors for the 239 data points have been...

... the significant wave height and peak period, we will be able to define a window in this domain where the marine operation will be safe with regard to the line tensions. The suspended structures weight around 100tf, while the installation cables have an operational maximum tension around 300tf. The most critical...

... techniques like measurements of the debris line are used to study the effect of forelands on wave height and wave run-up (Niemeyer, 1977). transmission coefficient wave period peak period incoming wave field numerical simulation mai physical model wave transmission water depth wave spectrum...

..., significant wave height and spectral peak period will be presented. Such a model will be needed if a long-term response prediction of motions and anchor lines for a floater is carried out. Simultaneous wind and wave measurements covering the years 1973 – 1999 from the Northern North Sea are used as a database...