AVEVA Nuclear Concrete Design
Specialist software for nuclear plant structural design
AVEVA Nuclear Concrete Design is a highly productive, specialist add-on for AVEVA PDMS. It provides PDMS designers with additional specialised functions for defining walls, floors, bases, drainage channels and so on, and integrating these with the entire plant design.
AVEVA Nuclear Concrete Design is in current production use on new-build nuclear plants.
Business Benefits
- Increased productivity
Specially developed for the efficient design of nuclear plant structures.
- Better workflow
Brings structural design within the data management and sharing functionality of PDMS and other AVEVA Plant applications.
- Eliminate errors
Data integration with the plant design provides a single, accurate and consistent 3D design model.
Full clash detection and data consistency checking help avoid costly construction errors and rework.
- Easy to adopt
An intuitive add-on to the familiar PDMS environment.
Production proven on large projects.
Key Features
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A typical part of the concrete structure of a nuclear plant. (Image courtesy of TVO.)
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- High productivity
A highly graphical and interactive design tool with an advanced 2D contour editor, for efficiently creating complex structures such as walls, floors, bases, penetrations, doorways, anchor plates, drainage channels, beams, columns, staircases etc.
- Seamless integration with PDMS
Fully integrated with AVEVA PDMS and AVEVA Nuclear Room Manager.
Build an intelligent, connected PDMS model of the entire plant.
Carry out full clash detection.
Employ all PDMS design and data management functions.
Generate accurate and consistent drawings, reports and quantity requirements.
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- Catalogue based
Industry, company, or project standards for items such as doorways and anchor plates may be defined once and applied throughout and across projects.
- Industry proven
Developed for and used by nuclear engineers.
Uses nuclear-specific terminology for ease of use.
- Fully customisable
Easily configured to your working methods.
Literature
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