Offshore & Marine Systems
Naval architecture, floating installations, submersibles, and deep-sea physical plant operating under hydro-environmental loading.
Inside this collection
Hull Hydrodynamics
Displacement hull forms, bulbous bows, planing steps, skin friction coatings, and wave-making energy dissipation.
Marine Propulsion & Shafts
Controllable-pitch propellers, ducted thrusters, waterjets, thrust bearings, and propeller cavitation mitigation.
Submersibles & Pressure Hulls
High-yield steel and titanium spherical hulls, acrylic viewports, syntactic foam buoyancy, and penetrator seals.
Offshore Mooring & Positioning
Catenary chain spreads, synthetic mooring tethers, azimuth thruster feedback loops, and wave motion compensation.
Subsea Pipelines & Cables
Continuous laying tensioners, concrete weight coatings, free-span fatigue prevention, and benthic trenching sleds.
Ballast Systems & Ship Stability
Double-bottom trim tanks, high-capacity ballast pumps, metacentric height margins, and free surface effect mitigation.
Marine Corrosion & Cathodic Protection
Sacrificial zinc and aluminum anodes, impressed current cathodic protection (ICCP), and antifouling hull barriers.
Breakwaters & Harbor Structures
Concrete tetrapod armoring, caisson walls, wave reflection dampening, and pile-supported pier quays.
Complex machines deserve
a closer look.
We follow the forces, explain the compromises and distinguish evidence from assumption.
Our approach