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NAVAL ARCHITECTURE AND DESIGN:

CADD: AUTOCAD 2008 & Rhino ver 4.0
Hull & Superstructure Lines Development/Fairing

Stability: General Hydrostatics (GHS) is utilized to analyze all hydrostatic and hydrodynamic stability conditions to meet all industry and regulatory standards including:

· Intact Stability
· Damage Stability
· Tank Capacities
· Floodable Length
· Dry Dock Calculations
· Longitudinal Strength
· Loading Diagrams for Loading Conditions

Seakeeping Prediction: Is used to predict motions of a vessel at sea. Output includes motions and accelerations, deck wetness statistics, keel emergence predictions, slamming pressures and forces.

Performance Prediction: NAVCAD Is used to predict a vessels resistance and effective shaft horsepower requirements and to select and analyze propellers. Methods are included for a variety of displacement hulls, planning hulls, barge trains, and for different types of open-wheel and ducted propellers. Speed/HP curves are made available for analysis.

STRUCTURAL ENGINEERING:
ENERCALC
Weight and Moments (accepted by USCG/ABS/Lloyds)

ELECTRICAL ENGINEERING:
Electrical Load Analysis (accepted by USCG/ABS/Lloyds)

Other Scientific Programs:
MATLAB
Pipe loss calculations (accepted by USCG/ABS/Lloyds/USN)
HVAC and heat load calculations (accepted by USCG/ABS/Lloyds)
Admeasurement Calculations (accepted by USCG/ABS/Lloyds)

 

© 2016 Kirilloff & Associates