造船业

Ship Design

Shipbuilders are under pressure to make designs more energy-efficient, reliable and environmentally friendly with better overall performance and lower operating costs. It is a formidable task to develop future ships and offshore structures while facing intense competition and price pressure, as well as meeting operational requirements over the service life of a ship.
Accelerate the development of modern ships and offshore structures with our next-generation ship design solution, a holistic shipbuilding solution that drives innovation and facilitates global collaboration. It addresses all disciplines of shipbuilding, including hull and structures, outfitting (piping, HVAC, electrical), accommodation and mechanical aspects. It enables production planning and the generation of manufacturing data. Our solution provides a unique integrated design and analysis environment for faster design-analysis iterations.
By leveraging our PLM ship design solution, designers and engineers can create and maintain 3D ship models in the context of key work groups such as major ship modules, compartments, systems and locations.

Ship Piping Design

Piping design as a part of the shipbuilding process is complex and labor-intensive due to significant physical and operational constraints and the crucial influence on outfitting construction productivity. Consequently, improvement in piping design operations and processes has always been one of the most important goals in shipbuilding. With increasing complexity of new ships and offshore structures, design departments in leading shipyards have to be adept at design techniques that suit the strategy of advanced outfitting.
Improve the design productivity and quality of construction with next-generation software for design of piping and equipment for ships and offshore structures. Use a concurrent engineering environment to design the complex vessels of the future. Improve total enterprise productivity with the world’s leading product lifecycle manag.ement (PLM) system. Seamlessly integrate with digital manufacturing solutions to ensure optimal manufacturing and assembly

Ship Structure Design

In today’s digital environment, shipbuilders require design and management systems that can work with enormous amounts of data and enable the efficient design of entire classes of ships.

Design your future ship or offshore structure with a next generation ship structures design software that provides a focused environment for modeling and manufacturing complete structures of ships. Speed up your design projects with the flexibility to organize your ship data in multiple views and empower designers to rapidly search, retrieve and work collaboratively on the end-to-end systems that pass through common ship spaces.

Improve total enterprise productivity with the world’s leading product lifecycle management (PLM) system. Seam¬lessly integrate with digital manufacturing solutions to ensure optimal manufacturing and assembly. Benefit from an integrated design and analysis environment for faster design-analysis iterations, and deliver high-quality ship designs faster.

Structural Integrity & Dynamics

Long vessel lifetimes and high maintenance costs mean that safe, durable, and reliable construction is vital. Our portfolio of simulation and test solutions can be used as part of the design process to acquire and analyze physical data to virtually validate the structural integrity of a particular design.

Structural-borne noise and vibration need to be minimized for passenger comfort and reduced environmental impact. Our full suite of vibro-acoustics simulation, testing, and measurement tools ensures that you can minimize the structural dynamic impact of your vessel and its components early in the design phase.

Use our structural integrity and dynamics solutions to:

• Perform a wide range of structural analysis simulations, ensuring structural integrity.
• Examine thermal and stress responses on vessel components early in the design cycle.
• Determine vibro-acoustic effects and mitigate their influence.
• Acquire physical noise and vibration data for validation and feedback on designs.
• Optimize components while maintaining performance requirements.

Propulsion

The marine industry is pushing hard for the highest efficiency in ship propulsion. As stringent emission regulations remain high on the agenda, energy savings of a few percent significantly improve compliance and operational viability. While reduced fuel consumption and operating costs are the main requirements, noise, vibration and cavitation need to be minimized as well.

Achieving an optimal propulsion system early in the design phase ensures the vessel meets contract requirements while improving sea-going capacity and reducing vessel fuel consumption. Our solutions create a propeller digital twin early in the design phase, giving understanding of propulsion effects at full scale. From propeller in isolation to sub-systems to full system performance, design an optimal, innovative propulsion system that meets contractual and regulatory obligations at a lower cost.

Use our propulsion system solutions to:

• Predict propeller performance, including the effects of cavitation and erosion.
• Optimize propeller designs for required operational efficiency.
• Simulate self-propulsion and analyze design-critical operating conditions.
• Improve existing fleet efficiency via energy saving devices and other refit options.
• Minimize vibro-acoustics, ensuring reduced environmental footprint and structural integrity.
• Provide accurate inputs to load calculations and system simulations.