Navarc focuses on four core technology areas: Fluid Analysis (CFD), Structural Analysis, Foiling Systems, and Control & Telemetry. These areas ensure the hull, performance, durability, energy, and control systems of a vessel are developed together.
Navarc Fluid Analysis:
Turning water's behavior into engineering
Turning water's behavior into part of the design
One of the most important factors determining a vessel's performance is the interaction between the hull and the water. Navarc uses computational fluid dynamics studies during the design process to examine in detail how water behaves around the hull, foils, and other hydrodynamic surfaces.
Pressure and wave analysis
CFD studies reveal pressure distribution and wave formation on the hull in detail; drag characteristics and trim behavior are optimized using this data.
Real operating conditions
Propeller loading and different speed scenarios are evaluated against real operating conditions; the design is optimized for the field, not just the theory.
Turning Water's Behavior
Into Part of the Design
One of the most important factors determining a vessel's performance is the interaction between the hull and the water. Navarc uses computational fluid dynamics studies during the design process to examine in detail how water behaves around the hull, foils, and other hydrodynamic surfaces.
Fluid analysis makes it possible to evaluate pressure distribution on the hull, wave formation, flow separation, drag characteristics, and hydrodynamic behavior at different speeds. This ensures a vessel that is optimized for real operating conditions, not just a form that works in theory.
Navarc Technology
Fluid analysis, structural analysis, and the foiling system; three fields of Navarc engineering that complete one another.
Overview
Structural Analysis
Foiling System
Redefining urban
waterborne transportation.
Quiet. Smooth. Electric.
Experiences like never before.
The innovation formula
behind the success.
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