Advanced analysis
Naval Vision advanced analysis approach is used to solve most complex specific problems
We are using sophisticated techniques, tools, and innovative approaches in order to analyze complex problems that our clients are dealing with. With the same approach, we are analyzing research, scientific, and prototypes problems that require the usage of higher skills and a combination of more naval architecture and engineering areas and software.
Our approach is to evaluate a problem by dissolving it into smaller components in order to discover deeper insights, after which we are combining the solved problems to make predictions or generate recommendations.
Naval Vision advanced anaysis process
RECIVING PROBLEM
GLOBAL EVALUATION
DECOMPOSING
TO SMALLER PROBLEM SETS
SOLVING PROBLEMS; SIMULATIONS
COMBINGING SOLUTIONS
& TO
GUIDLINES AND PREDICTIONS
Main Naval Vision advanced analysis tools
01
Structural calculations
We are running structural calculations in order to obtain basic insides into structural behavior which is then checked through simulations.
02
Advanced Finite Element Analysis
Structural componenet of presented problem are analized with the finite element metods, in which we are checking multiple loadings and situations. Loads are gatered from other assesment areas.
03
Computational Fluid Dynamics
Problems related to fluids as flow and resistance are solved with Computational fluid dynamics. We are developed 3D models and are importhing those in CFD simulations.
04
Fluid structural interaction
For complex problems related to structures and fluids we are using Fluid-structure interactiond softwares with which we can simulate both structural and fluid deformations in the same time.
05
Vibrations, shock and noise
Equipment integration into ships and other marine product can introduce problems such as structual vibrations, noise and socks. We are assesing whole product areas in order to satisfy standards.
Sent an inquiery
Our approach is to evaluate a problem by dissolving it into smaller components in order to discover deeper insights, after which we are combining the solved problems to make predictions or generate recommendations.