Add to ORKGWe discuss an alternative approach, using a knowledge-based expert system, to the design of offshore structures. The implemented expert system can assist engineers in the preliminary design of shallow-water offshore jacket structures. The system is capable of configuring and automatically generating the basic structural model of a fixed template-type steel jacket structure for analysis and design. In addition, the system allows the user to alter any of the inferred recommendations. The system is called IPDOJS (Interactive Preliminary Design of Offshore Jacket Structures).link_to_subscribed_fulltex
An overview of basic concepts and techniques necessary to develop expert systems is presented. The k...
Design of liquid retaining structures involves many decisions to be made by the designer based on ru...
This paper describes a coupled knowledge-based system for the design of liquid retaining structures,...
In this article, we discuss a knowledge-based expert system, IPDOTS, implemented for the preliminary...
The design of offshore structures is a complex iterative process involving a very diversified range ...
This paper describes an 'intelligent' structural design system, IPDOS, for the design of fixed offsh...
Most conventional structural analysis and design programs have the following inherent weaknesses:- t...
This paper describes a microcomputer-based integrated 'intelligent' system, IPDOS, for the interacti...
Most conventional structural analysis and design programs have the following inherent weaknesses: th...
This thesis concerns methods for the application of knowledge-based techniques to preliminary struct...
An integrated structural design system has been developed for the design and analysis of fixed steel...
This paper presents the application of expert system programming in preliminary ship design with par...
The focus of this paper is on a method for combining case-based and rule-based reasoning in an intel...
This paper describes a coupled knowledge-based system (KBS) for the design of liquid-retaining struc...
The work presents a knowledge-based engineering (KBE) methodology for ship hull structural member de...
An overview of basic concepts and techniques necessary to develop expert systems is presented. The k...
Design of liquid retaining structures involves many decisions to be made by the designer based on ru...
This paper describes a coupled knowledge-based system for the design of liquid retaining structures,...
In this article, we discuss a knowledge-based expert system, IPDOTS, implemented for the preliminary...
The design of offshore structures is a complex iterative process involving a very diversified range ...
This paper describes an 'intelligent' structural design system, IPDOS, for the design of fixed offsh...
Most conventional structural analysis and design programs have the following inherent weaknesses:- t...
This paper describes a microcomputer-based integrated 'intelligent' system, IPDOS, for the interacti...
Most conventional structural analysis and design programs have the following inherent weaknesses: th...
This thesis concerns methods for the application of knowledge-based techniques to preliminary struct...
An integrated structural design system has been developed for the design and analysis of fixed steel...
This paper presents the application of expert system programming in preliminary ship design with par...
The focus of this paper is on a method for combining case-based and rule-based reasoning in an intel...
This paper describes a coupled knowledge-based system (KBS) for the design of liquid-retaining struc...
The work presents a knowledge-based engineering (KBE) methodology for ship hull structural member de...
An overview of basic concepts and techniques necessary to develop expert systems is presented. The k...
Design of liquid retaining structures involves many decisions to be made by the designer based on ru...
This paper describes a coupled knowledge-based system for the design of liquid retaining structures,...