Engineering

Design and Engineering Analysis Services

At Rice Propulsion, we are your strategic partner for new builds or retrofitting projects, delivering advanced and tailored solutions to optimize the performance of every vessel.

Project Phases

1.- Preliminary Project

We begin with a comprehensive collection of technical data and onboard measurements to identify specific needs or resolve existing challenges. Using this information, we conduct key preliminary calculations to determine essential parameters such as diameter (D), gear ratio (i), blade count (Z), engine power (PB), and speed (V).

2. Design and Optimization

We proceed with detailed studies to ensure optimal performance:

  • 3D modeling of the hull.
  • Analysis of drag resistance and wake flow.
  • Hydrodynamic optimization using CFD (Computational Fluid Dynamics).
  • Comprehensive mechanical design and cavitation verification.
  • Final calculations for speed and thrust.
  • Management and acquisition of approvals from classification societies.

3. Installation

We support the process through to completion, ensuring everything works perfectly:

  • Sea trials.
  • Installation and additional calculations based on trial results.
  • Protocols for measuring power, speed, vibrations, and noise, ensuring compliance with the highest standards.

Technical Resources

Our engineering department is equipped with advanced tools to guarantee precision and exceptional results:

  • 3D scanners for accurate technical data collection.
  • Torque meters for power measurement.
  • Specialized equipment for vibration and noise measurement.
  • Advanced analysis through CFD and FEM (Finite Element Method).

Technical Team

Our team of 17 specialized engineers combines expertise and technical knowledge to tackle the most complex projects. Each member is committed to excellence, ensuring that every solution is efficient, innovative, and tailored to meet client needs.

Ready to optimize your naval project?

Let’s talk! Contact us to find the best solution for your vessel.