Design

AVEVA Design products focus on the layout and detail design by allowing you to create 3D models and produce all associated deliverables.

AVEVA Hull Structural Design

AVEVA Hull Structural Design is for the preliminary definition and arrangement of the principal structure of a vessel. It enables production of classification drawings, steel material estimates, weld lengths, and weight and centre of gravity reports.

AVEVA Hull Finite Element Modeller

AVEVA Hull Finite Element Modeller accelerates the Finite-Element Analysis (FEA) workflow by the automatic creation of efficient Finite Element meshes from AVEVA Hull Structural Design, and data transfer directly into ANSYS Mechanical or other third-party programs for stress and vibration analysis.

AVEVA Hull Detailed Design

AVEVA Hull Detailed Design is for detailed design and the creation of production information for the structure of a vessel. It handles the complete evolution and flow of information, from the use of customized parametric design standards, structural modelling and automatic parts generation, through to production information for parts manufacture. Output includes drawings, parts lists, and numeric control information for production machines.

AVEVA Outfitting

AVEVA Outfitting is a datac-entric, multi-disciplinary design environment for detailed design and the creation of production information for vessels. Outfitting has modules for the design of equipment, piping, HVAC, miscellaneous steel structures and cable trays. Modelling is carried out using a customer-defined catalogue and specification, in a full 3D environment, with the support of tools that make sure there is a clash-free design. A full range of Outfitting drawings and production information can be produced automatically from the model.

AVEVA Room Design

AVEVA Room Design is for the design of vessel rooms, including functions for defining walls, ceilings and furniture. Output includes layout drawings, parts lists and material take off.

AVEVA Marine Drafting

AVEVA Marine Drafting is for the automated creation of symbolic-type hull drawings, with annotation generated from the model database to shipbuilding design practices; it also provides general 2D drafting functions.

AVEVA Assembly Planning

AVEVA Assembly Planning supports the creation of the production assembly sequence by creating a vessel build strategy, followed by detailed assembly definition and the preparation of assembly production.

AVEVA Hull Weld Planning

AVEVA Hull Weld Planning is for generating high-precision welding information. It analyzes hull assembly structures and uses customizable rules to calculate a full set of technical weld information. Flexible reporting tools allow the extraction of data for robot welding systems or work content calculations.

AVEVA Mechanical Equipment Interface

AVEVA Mechanical Equipment Interface is a STEP AP203-compliant, bi-directional interface for the efficient exchange of 3D CAD models between AVEVA Outfitting and leading 3D MCAD systems.

AVEVA Multi-Discipline Supports

AVEVA Multi-Discipline Supports enables the detailed design, material take off and automated drawing production of supports for piping, ducting and cable trays. A comprehensive range of standards are included, in addition to user-defined catalog customization.

AVEVA Cable Design

AVEVA Cable Design is an application for the design of cables, including their routing in cable-ways and through penetrations. Output includes cable schedules with routes, cable cutting lists and material take off.

AVEVA Laser Model Interface

AVEVA Laser Model Interface fuses data-centric 3D design with high-definition laser-scanned surveys of as-operating vessels. This interface enables ship refits and conversions such as FPSOs to be undertaken with confidence, using the measurement, modelling tools and clash management functions of AVEVA Marine.

AVEVA Design Reuse

AVEVA Design Reuse is a tool to simplify the work required to copy design data between projects and thereby reuse design work. Design data copied is re-generated and adapted to the design context of the target project. Copying design data follows an export-import scenario with an intermediate storage in a Transfer Set.