
AVEVA Hull and Outfitting is a comprehensive software solution designed for the shipbuilding industry. It offers advanced 3D modeling capabilities for hull design and outfitting, allowing shipyards to create detailed, accurate vessel models. The software incorporates design intent capture, enabling efficient updates and modifications throughout the design process. It supports parametric modeling, which allows for quick adjustments to vessel components based on rule-based design principles. AVEVA Hull and Outfitting streamlines the shipbuilding process by integrating hull structural design w...
Vendor
AVEVA Group
Company Website
AVEVA Hull and Outfitting is an advanced software solution tailored for the shipbuilding industry. It provides a comprehensive platform for 3D modeling of ship hulls and outfitting components, enabling shipyards to create detailed and accurate vessel designs. The software's key strength lies in its ability to capture design intent, allowing for efficient updates and modifications throughout the design process. It utilizes parametric modeling techniques, which enable quick adjustments to vessel components based on rule-based design principles. The software integrates hull structural design with outfitting elements, fostering better coordination between different aspects of ship design. This integration helps streamline the overall shipbuilding process, reducing potential conflicts and improving efficiency. AVEVA Hull and Outfitting offers automated features for panel creation, stiffener placement, and hole management, all of which can be easily modified and updated as the design evolves. One of the standout features of the software is its ability to use design templates, allowing users to quickly replicate and adapt complex structural elements to different parts of the vessel. This functionality significantly reduces design time and ensures consistency across similar components. AVEVA Hull and Outfitting also provides powerful visualization tools, allowing designers to view and manipulate the model in both 2D and 3D environments. This dual-view capability enhances the designer's ability to understand and refine the vessel's structure and systems.
Key Features
3D Modeling and Design Intent Capture The software offers advanced 3D modeling capabilities with a focus on capturing design intent.
- Parametric modeling for quick adjustments based on rule-based design principles
- Ability to create and modify complex structural elements using design templates
Integrated Hull and Outfitting Design AVEVA Hull and Outfitting combines hull structural design with outfitting elements in a single platform.
- Seamless coordination between hull and outfitting design aspects
- Reduced conflicts and improved efficiency in the overall design process
Automated Design Functions The software includes various automated features to streamline the design process.2
- Automated panel creation and stiffener placement
- Parametric hole management for easy updates and modifications
Visualization and Manipulation Tools AVEVA Hull and Outfitting provides powerful tools for visualizing and manipulating the vessel model.
- Dual 2D and 3D viewing environments for enhanced design understanding
- Easy navigation and manipulation of complex ship structures
Benefits
Increased Productivity The software's advanced features and automation capabilities lead to significant productivity gains.
- Reduced design time through the use of templates and parametric modeling
- Streamlined workflow from initial design to final detailing
Enhanced Accuracy and Quality AVEVA Hull and Outfitting improves the overall accuracy and quality of ship designs.
- Reduced errors through integrated design and automated updates
- Consistent application of design rules across the entire vessel
Improved Collaboration The software facilitates better collaboration among different design teams and disciplines.
- Shared platform for hull and outfitting design teams
- Easy exchange of design information and updates
Flexibility and Adaptability AVEVA Hull and Outfitting allows for quick adaptations to design changes.
- Easy modification of structural elements through parametric modeling
- Rapid updates to connected components when major changes are made