Fluid dynamics design and CFD analysis
An approach that reduces time to market, maximizes product performance and ensures regulatory compliance
1.
CFD analysis for performance prediction
Advanced computational fluid dynamics (CFD) simulations to predict the behavior of fluids and gases in products to optimize design and improve performance, including multiphase and thermal CFD analysis.
2.
Numerical simulation to reduce development time
The use of virtual models enables fast and accurate testing, reducing the need for physical prototypes and accelerating the development cycle.
3.
Product optimization to maximize efficiency
Implementation of simulation techniques to improve energy efficiency, reduce consumption, and maximize operational performance of products.
4.
Verification of compliance with current regulations
Verify and adapt design solutions to technical and environmental regulations to ensure regulatory compliance.
5.
Cost reduction through virtual prototyping
Minimize investment in physical prototypes with accurate digital simulations that anticipate real-world performance.
6.
Expert technical consulting
Provide qualified technical support to solve specific problems and improve the adopted design solutions.
7.
Fluid dynamics problem-solving assistance
Identification and resolution of fluid behavior issues to improve system stability and efficiency.
8.
Integration of new technologies into existing processes
Implementing cutting-edge technology solutions to modernize aging processes and improve product competitiveness.
9.
Training of technical staff in the use of CFD tools
Training and refresher programs for the technical team focused on the use of CFD simulation software to optimize performance. Courses also include training on CFD thermal-hydraulic computer analysis packages.
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HPP-Design is an automatic tool that can easily provide the main dimensional and functional information for hydroelectric turbines.
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