C-Job Houston Engineering & Design
Hull shape optimization
In-house algorithm that optimizes hull resistance using resistance, hydrostatics and CFD data while accounting for stability and dynamic capability.
Description
C-Job's proprietary hull shape optimization tool, developed by its R&D department, learns from resistance and hydrostatics data combined with Computational Fluid Dynamics. In each iteration, new hull shape parameters are automatically modelled on a 3D platform and re-analyzed, after which naval architects assess the result and report their findings.
Key features
- Algorithm trained on resistance, hydrostatics and CFD data
- Takes stability and dynamic capability into account
- Automatic 3D modelling of new hull parameters in each iteration
- Results reviewed by naval architects
Applications
- Optimizing speed, fuel consumption and ease of construction
- Lowering building (CAPEX) and operating (OPEX) costs
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- Computational Fluid Dynamics (CFD)
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- Design and engineering for new-build vessels
- Modernization and conversion for existing vessels
- Decarbonization, energy efficiency and compliance
- Engineering works and integrations
- Basic engineering
- Detail design and engineering
- Wind-assisted propulsion advice
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