Hydro-structural ship analyses

Hydro-structural ship analyses

It goes without saying, that once at sea, an offshore unit shall be able to operate properly and safely and remain intact and structurally sound over its entire life time.

Nevesbu developed a method for mapping the hydrodynamic response of ships and offshore structures with direct link to the Finite Element (FE) analysis, in order to accurately account for specific environmental conditions. Our goal is to ensure that global structural strength, as well as local structural details, are capable of withstanding operational and environmental loads (over the entire life time), while balancing these requirements against economic and environmental emission driven demands calling for lighter and more efficient structures and structural arrangements.

The method developed by Nevesbu leads to more consistent and realistic FE loading and results. These results will help to identify early where and how the design should be adjusted. This helps to avoid time and cost overruns due to design changes in a later project phase.

Iv Company:
Nevesbu
Market:
Maritime
Submarket:
Offshore ships & FPSOs
Continent:
-- continent --
Country:
-- country --

Hydro-structural ship analyses

 
 
Iv Company: Nevesbu
Market: Maritime
Submarket: Offshore ships & FPSOs
Continent: -- continent --
Country: -- country --

It goes without saying, that once at sea, an offshore unit shall be able to operate properly and safely and remain intact and structurally sound over its entire life time.

Nevesbu developed a method for mapping the hydrodynamic response of ships and offshore structures with direct link to the Finite Element (FE) analysis, in order to accurately account for specific environmental conditions. Our goal is to ensure that global structural strength, as well as local structural details, are capable of withstanding operational and environmental loads (over the entire life time), while balancing these requirements against economic and environmental emission driven demands calling for lighter and more efficient structures and structural arrangements.

The method developed by Nevesbu leads to more consistent and realistic FE loading and results. These results will help to identify early where and how the design should be adjusted. This helps to avoid time and cost overruns due to design changes in a later project phase.