The loads a vessel encounters during operation must be carried safely. In Navarc's approach, load maps derived from CFD analysis are transferred into structural models, and critical zones are verified.
Navarc Structural Analysis:
Safe, durable engineering
Safe, durable design without giving up lightness
Vessels face constantly changing hydrodynamic loads, wave impacts, vibrations, and local forces while underway. A high-performance design therefore needs to be not only fast and efficient, but also capable of carrying these loads safely.
Stress and critical zone analysis
Stress distribution and deformations are examined to identify critical zones; material and geometry choices are balanced against this data.
Longevity, safe load-carrying
The weight-to-strength balance is preserved while safety, longevity, and operational durability remain core criteria of the design.
Safe, Durable Design
Without Giving Up Lightness
Vessels face constantly changing hydrodynamic loads, wave impacts, vibrations, and local forces while underway. A high-performance design therefore needs to be not only fast and efficient, but also capable of carrying these loads safely.
In Navarc's structural analysis approach, the hull, connection points, load-bearing elements, and critical components are evaluated under different load scenarios. Stress distribution, deformations, and critical zones are examined to determine where the structure needs to be reinforced or optimized.
Navarc Technology
Fluid analysis, structural analysis, and the foiling system; three fields of Navarc engineering that complete one another.
Overview
Fluid Analysis
Foiling System
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