How to approach the design for a boat step by step?

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SUMMARY

The discussion focuses on the design principles for pontoon boats, specifically addressing the similarities and differences between dual-hulled and single-hulled designs. Key concepts include center of gravity, center of buoyancy, buoyancy, volume of displacement, meta center, and metacentric height. It is established that while the fundamental calculations for stability are similar, dual-hulled boats face unique performance challenges due to wave interactions between the hulls. The Suntracker fishing barge is cited as a relevant example of effective pontoon design.

PREREQUISITES
  • Understanding of buoyancy principles
  • Familiarity with stability calculations in boat design
  • Knowledge of pontoon boat structures
  • Experience with hydrodynamics and wave interactions
NEXT STEPS
  • Research the stability calculations for dual-hulled boats
  • Explore the design features of the Suntracker fishing barge
  • Learn about the effects of wave interaction on multi-hull performance
  • Study the formulas for calculating metacentric height and meta center
USEFUL FOR

Boat designers, marine engineers, and hobbyists interested in pontoon boat construction and stability analysis.

Ripcord96
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Two pontoon boat design approach and how to find center of gravity, center of buoyancy, buoyancy, volume of displacement, meta center, meta centric height.

I need to know is there a different approach to designing dual hulled boat than a single hulled boat and all the formulas and examples I can get please.

Thank you in advance!
 

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Mostly, there is no difference, single hull - multi hull. What has your research told you so far?
 
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Anorlunda is correct. There is no difference in determining the characteristics of the stability profile. Do be very careful that you do not fall into the common mistake of calculating one hull and not consider the other hull. The supplemental effect is amplified by the separation of the two.
The only real difference is that the wave interaction between the hulls at speed creates an unusual resistance interaction which can lead to performance challenges. What research you have done and the formulas you have found will help with finding where you are at.
 

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