Marine
Engineering design and simulation in the marine industry provides vital benefits through vessel performance optimisation, safety improvements and sustainability enhancement. Through simulation, our engineers can model the behaviour of ships/boats, offshore platforms and other marine structures (including ocean energy systems) under various loading conditions including wave hydrodynamic pressure, motion (acceleration) and wind loads. This allows design adjustments to improve hydrodynamics, reduce fuel consumption and enhance stability. Additionally, simulation helps to identify potential structural weaknesses and safety risks, allowing for proactive solutions that ensure compliance with maritime regulations. By refining designs before construction, engineering design and simulation leads to more efficient and durable vessels and marine systems, reducing operational costs and extending service life.
We have applied our integrated engineering design and simulation approach to numerous marine industry applications, including:
- Boat hull structural design using steel, aluminium and FRP composite materials.
- Boat hull hydrodynamic assessment.
- Marine engine intake/exhaust silencers and ducting.
Engineering Design
Analysis driven design solutions that minimise capital and operating costs and maximise service life.
Advanced Simulation
Leading edge engineering analysis accurately visualises and quantifies problems leading to the development of optimised solutions.
Vibration & Fatigue Analysis
Correlating measurement with virtual testing allows vibration issues to be identified and fatigue life to be determined.