par clement@neptech.co | 16/Avr/2025 | Cas de validation
This report presents a comprehensive validation study of the overset meshing method using NepTech’s digital testing basin. The study compares the overset approach (M2) to the traditional mesh deformation method (M1) on a high-speed regime, covering a Froude number...
par clement@neptech.co | 16/Avr/2025 | Cas de validation
This report presents a comprehensive study on the influence of meshing strategies and numerical parameters on the accuracy and efficiency of CFD simulations for planning hulls, using NepTech’s digital testing basin. The study focuses on a high-speed regime, covering a...
par clement@neptech.co | 16/Avr/2025 | Cas de validation
This benchmark provides a comprehensive validation study on the Generic Prismatic Planing Hull (GPPH) in calm water, using NepTech’s digital towing tank. The study focuses on a high-speed regime, covering a Froude number range from 1.2 to 2.7. Key findings compare CFD...
par clement@neptech.co | 16/Avr/2025 | Cas de validation
This benchmark provides a comprehensive validation study on the Series 60 catamaran in calm water, using NepTech’s digital towing tank. The study covers a range of Froude numbers from 0.15 to 0.55 and includes various hull spacings to reflect different catamaran...
par clement@neptech.co | 28/Jan/2025 | Cas de validation
This benchmark provides a comprehensive validation study on the DELFT 372 catamaran in calm water, using NepTech’s digital towing tank. Key findings compare CFD results with experimental data, addressing resistance, resistance coefficients, vessel motions, free...
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