Fluid Dynamics: Finding the optimum shape

Specialization on a specific engineering application will bring away the need for experimental studies

Fluid dynamics analyses' purpose is to analyse the multi or single phase flow of the fluid, within and/or around a mass by considering thermodynamic effects. In these analyses the Finite Volume Method, which is the most widely referred numerical method, is used. MESH provides engineering solutions in fluid dynamics based on the following categorization;

• Single Phase Analyses
• Multi Phase Analyses
• Potential Flow Analyses

Fluid Dynamics Analyses, due to its ambiguities and differently from other engineering analysis applications, is one of the rare engineering fields where it is required to verify its results with experimental studies in order to confirm their correctness. For that reason people working in this domain have to have a wide experience that includes knowledge from creation of finite element mesh until selection of solution parameters. In case of specialization on specific engineering application, it won't be necessary to carry out experiments for either optimization or deciding for the final results.

With its engineering team, especially expert on marine industry applications, MESH provides solutions, optimization and design suggestions for fluid dynamics problems, in similar engineering fields. These fields are mentioned below;

• Hydrodynamics of Open Sea Structures
• Hydrodynamics of Ships
• Aerodynamics of Vehicles
• Heat Transfer Analyses
• HVAC Analyses
• Sloshing Analyses
• Turbo Machinery Analyses